DECLARATION OF CARBON
NEUTRALITY
MANUFACTURING ENTITIES CLUSTER 1

1

Table of contents
0 Carbon Neutrality declaration ..................................................................................................................... 4
1 Introduction ................................................................................................................................................ 5
1.1 General information ......................................................................................................................... 5
1.2 Scope ................................................................................................................................................ 6
1.3 Boundaries of the subject................................................................................................................ 8
2 Quantification of carbon footprint ................................................................................................................ 9
2.1 Emissions results ............................................................................................................................ 9
2.2 Methodology..................................................................................................................................... 9
2.3 Data sources .................................................................................................................................. 10
2.4 Assumptions and estimations ....................................................................................................... 11
2.5 Exclusions ...................................................................................................................................... 11
2.6 Uncertainties .................................................................................................................................. 11
2.7 Comparison with baseline period results ..................................................................................... 12
3 Carbon Management Plan ....................................................................................................................... 13
3.1 PMI best practice............................................................................................................................ 13
3.2 Implemented GHG emissions reduction project repository ......................................................... 14
3.3 Planned GHG emissions reduction initiatives .............................................................................. 37
4 Carbon offset program ............................................................................................................................. 53
4.1 Offset program for the this application period ............................................................................. 53
4.2 Offsetting project(s) ....................................................................................................................... 54
4.3 Amount of credits purchased ........................................................................................................ 56
4.5 Compensation programme for the subsequent application periods ........................................... 71
5 Annex A – Carbon Neutral Assurance letter ............................................................................................. 72
6 Annex B – Qualifying Explanatory Statements (QES) checklist ................................................................. 75
7 Annex C – Scope 1, 2 and 3 emissions inclusion and exclusion ............................................................... 76
8 Annex D – Uncertainty calculation ............................................................................................................ 77
8.1 Uncertainty calculation ..................................................................................................................... 77
9 Annex E – Voluntary offset program ......................................................................................................... 79
10 Annex F – Renewable Energy Certificates.............................................................................................. 80

2

Table of Figures:
Table 1.1 - General information .................................................................................................................... 6
Table 2.1 – Cluster 1 GHG emissions overall results .................................................................................... 9
Table 3.1 - Green electricity increase ..........................................................................................................13
Table 3.2 - Implemented GHG emissions reduction projects........................................................................14
Table 7.1 - Inclusions and exclusions ..........................................................................................................76
Table 8.1 - Uncertainty calculations.............................................................................................................77
Table 8.2 - IPCC uncertainty data ...............................................................................................................783

0 Carbon Neutrality declaration
The Qualifying Explanatory Statement (QES) contains all the required information on the carbon neutralityof the given subject. All information provided within this report has been reviewed by a third party (SGS). If
provided with any information affecting the validity of the following statements, this document will be updated
accordingly to reflect the Cluster 1 (group of affiliates) current status towards carbon neutrality.
This report is publicly available on a dedicated website:
https://www.pmi.com/sustainability/carbon-neutrality-declaration-year-2023-for-manufacturing-entities
In 2022, due to continuous growth of our community of factories that are joining our carbon neutral declaration
process, we decided to cluster them under the same declaration of commitment and achievement.
This is the first declaration of achievement of carbon neutrality for the following list of factories that we will callin this document “Cluster 1”, as per PAS 2060:2014 standard.

List of factories:
Reporting entity

Current Legal Entity

PT (TABAQUEIRA)
CH (PMP SA Neuch)
LT (Klaipeda)
CZ (Kutna Hora)
AR LF (MASSALIN Lrm)
BR (Santa Cruz)
GR (PAPASTRATOS)
SN (Dakar)
PK LF (PMPK Mard)
ID (SAMP Sukorejo)
ID (PTSIS Sukorejo)
ID SKT (Malang SAMPOERNA)ID SKT (Rungkut 1 SAMPOERNA)ID SKT (Rungkut 2 SAMPOERNA)ID SKT (Kraksaan SAMPOERNA)
ID (PTPMI Karawang)
ID (SAMP Karawang)
AR (MASSALIN Merlo)
RS (DIN)JO (Amman)
RO (Bucharest)

Tabaqueira Empresa Industrial de Tabacos S.A.
Philip Morris Products SA
UAB Philip Morris Lietuva
Philip Morris CR a.s.
MASSALIN PARTICULARES SRL, Lerma
Philip Morris Brasil Industria e Comercio Ltda.
Papastratos Cigarette Manufacturing Company, S.A.
Philip Morris Manufacturing Senegal S.A.R.L.
Philip Morris (Pakistan) Limited, Mardan Factory
PT Hanjaya Mandala Sampoerna,Tbk. Sukorejo Plant
PT Sampoerna Indonesia Sembilan, Sukorejo Pasuruan
PT Hanjaya Mandala Sampoerna, Tbk. SKT Plant Malang
PT Hanjaya Mandala Sampoerna, Tbk. SKT Plant Rungkut 1
PT Hanjaya Mandala Sampoerna, Tbk. SKT Plant Rungkut 2
PT Hanjaya Mandala Sampoerna, Tbk. SKT Plant Kraksaan
PT Philip Morris Indonesia Karawang International, Karawang
PT Hanjaya Mandala Sampoerna, Tbk., Karawang Plant
MASSALIN PARTICULARES S.R.L., Merlo
Philip Morris Operations a.d. Nis
Philip Morris Investments B.V. Jordan
Philip Morris Romania SRL

Carbon Neutrality of the Scope 1 and Scope 2 emissions under the direct operational control of Cluster 1,
achieved by Cluster 1 in accordance with PAS2060:2014 at 31st December 2022 with a commitment tomaintain to 31st December 2023 for the period commencing 1st January 2022, SGS United Kingdom Limited
Certified.
Certification letter from SGS can be found in Annex A.

4

1 Introduction

This document forms the Qualifying Explanatory Statement (QES) to demonstrate that Philip MorrisInternational “Cluster 1” group of manufacturing affiliates has achieved carbon neutrality for the below
mentioned manufacturing processes for the period starting 1st January 2022 and ending 31st December 2022
in accordance with PAS 2060:2014.
This has been achieved through:•Continuous carbon emissions reduction through action plans under PMI direct controls: affiliates
and fleet under affiliates’ control (These reductions have been captured as part of the GHG inventoryfor 2022).

•

Compensation of remaining carbon emissions for the period commencing 1st January 2022 andending 31st December 2022.

This report includes the information which substantiates the declaration of PMI Cluster 1 achievement ofcarbon neutrality for this application period (under PAS 2060:2014) and commitment on carbon neutrality up
to 2025 (3 years, from 2022 the reference year) in compliance with PAS 2060:2014 standard.
PMI affiliates grouped in Cluster 1 have also set up a Carbon Management Plan to reduce the GHG
emissions associated to the manufacturing processes in order to demonstrate commitment to being
carbon neutral in accordance with PAS 2060:2014 standard.

1.1 General information
PAS 2060 Information requirement

Information as it relates to PMI Cluster 1 affiliates

Entities making PAS 2060 declarations

Philip Morris Factories Cluster 1,including factories
as per mentioned tabel in paragraph 0.

Individual responsible for the evaluation andprovision of the data necessary for the substantiationof the declaration (inc. preparing, substantiating,communicating and maintaining the declaration)

Gianluca CapodimonteSubject of PAS 2060 declaration

Carbon Neutrality of the Scope 1 and 2 emissions
under the direct operational control of Philip Morris
Cluster 1 Factories (complete list available in Annex
C)

Function of subject

Factories
andstemmeries
manufacturing
conventional cigarettes and Smoke Free Products
for PMI and its brands.

Activities required for subjects to fulfil its function

The activities required within the manufacturing
process are (note that not all the processes listed are5present in all the factories in scope for the Cluster
1):
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•

Manufacture of Tobacco Related Products;
Flavour & Casing Processing;
Improved Stem Processing;Cut Filler Processing;
Filter Processing;
Machine Cigarette Processing;Quality Control Laboratory Activities;
Warehousing Activities;
Stemmery Processes;
Print Shop Activities;
Manufacturing of Reduced Risk Products;
Mentholated Inner Liner Processing;
Other Tobacco Products Processing;Cast Leaf Processing;
Manufacturing of Heated Tobacco sticks;
Manufacture of Hand-Rolled Cigarettes;
Clove Processing;
Reconstituted Tobacco & Clove Processing;
Expanded Tobacco Processing;
Basic Blend Strips Processing;

Rationale for selection of the subjects

PMI’s ambition is to be carbon neutral for all of its
direct operations (factories, fleet and offices) by2025. In this journey, all subjects (factories) thathave reached substantial emission reduction in thepast years qualify to compensate residual emissions
and become carbon neutral.

Type of conformity assessment undertaken

I3P-3 Independent third-party certification - unified

Reference date for PAS 2060 programme

1st of January 2022

Achievement period

1st of January 2022– 31st of December 2022

Commitment period

1st of January 2023 – 31st of December 2025
Table 1.1 - General information

1.2 Scope
The subject for carbon neutrality is manufacturing entities grouped in the following Cluster 1 or group of entity.
Philip Morris International, Manufacturing entities grouped in Cluster 1:
Reporting entity

Production
Type

Current Legal Entity6PT (TABAQUEIRA)CC

CH (PMP SA Neuch)CC

Tabaqueira Empresa Industrial de
Tabacos S.A.
Philip Morris Products SA

LT (Klaipeda)

CC

UAB Philip Morris Lietuva

CZ (Kutna Hora)

CC

AR LF (MASSALIN Lrm)

CC

BR (Santa Cruz)CC

GR (PAPASTRATOS)SFP (RRP)

SN (Dakar)

CC

PK LF (PMPK Mard)CCID (SAMP Sukorejo)CC

ID (PTSIS Sukorejo)CC

ID SKT (Malang SAMPOERNA)CCID (PTPMI Karawang)CC

ID (SAMP Karawang)CC

AR (MASSALIN Merlo)CC

RS (DIN)

CC

Philip Morris CR a.s.
MASSALIN PARTICULARES SRL ,Lerma
Philip Morris Brasil Industria e Comercio
Ltda.
Papastratos Cigarette Manufacturing
Company, S.A.
Philip Morris Manufacturing Senegal
S.A.R.L.
Philip Morris (Pakistan) Limited, Mardan
Factory
PT Hanjaya Mandala Sampoerna,Tbk.
Sukorejo Plant
PT Sampoerna Indonesia Sembilan ,Sukorejo Pasuruan
PT Hanjaya Mandala Sampoerna, Tbk.
SKT Plant Malang
PT Hanjaya Mandala Sampoerna, Tbk. SKT Plant Rungkut 1
PT Hanjaya Mandala Sampoerna, Tbk.,
SKT Plant Rungkut 2
PT Hanjaya Mandala Sampoerna, Tbk.
SKT Plant Kraksaan
PT Philip Morris Indonesia Karawang
International, Karawang
PT Hanjaya Mandala Sampoerna,
Tbk.,Karawang Plant
MASSALIN PARTICULARES S.R.L.
,MerloPhilip Morris Operations a.d. Nis

JO (Amman)

CC

Philip Morris Investments B.V. Jordan

RO (Bucharest)

SFP (RRP)

Philip Morris Romania SRLID SKT (Rungkut 1
SAMPOERNA)ID SKT (Rungkut 2
SAMPOERNA)ID SKT (Kraksaan
SAMPOERNA)

CC
CC
CC

The main business activity is the manufacturing of conventional (CC is conventional cigarettes) and RRP/SFP(Smoke free products) products within PMI brands (as reported in Annex C).
In 2022, due to continuous growth of our community of factories that are joining our carbon neutral declaration
process, we decided to cluster them under the same declaration of commitment and achievement.
Cluster 1 declaration includes twenty-one Manufacturing reporting entities (nineteen reporting entities aremainly defined as Conventional cigarettes sites and two reporting entities are mainly producing SFP/RRP).

During the reporting period, the definition of the subject(s) remained unchanged. In the case that materialchange occurs to the subject(s) in the future, the process of determination and substantiation of the subject(s)and associated GHG emissions shall be re-started on the basis of newly defined subject(s).
71.3 Boundaries of the subject
The system boundaries considered for the organizational carbon footprint of the subject are all the activities
occurring within the physical perimeter of the Cluster 1 and under the affiliates‘s control including:-

The manufacturing plant
The office(s) and/or warehouse(s) included within the perimeter
The fleet under the affiliate’s control

GHG emissions associated with Cluster 1 of manufacturing affiliates entities within the defined boundary fromthe period of 1st January 2022 to 31st December 2022 have been quantified in accordance with GHG Protocol
Corporate Accounting Standard (operational control), and verified by SGS.
The data for this application period has been verified by an independent third party, SGS, who certifies that
the Carbon Neutral Declaration set out in this QES is appropriately reported in accordance with the requirementof PAS 2060:2014.
The assurance letter issued by SGS can be found in Annex A.

8

2 Quantification of carbon footprint
2.1 Emissions results
The total GHG emissions in scope 1 and 2 of Philip Morris International Cluster 1 of manufacturing entities
during the year 2022 (first application period) represent a total of 60587 tons of CO2 equivalent.

GHG scope

GHG emissions[tCO2eq]

Scopecontribution[%]

CO2 Scope 1 Fuels (GHG emissions)– Manufacturing[t GHG]
CO2 Scope1 – Fleet emissions Vehicles[t GHG]
CO2 Scope 1 Emissions from DIET
(GHG emissions) Expanded Tobacco[t GHG]

58018.4

95.8%

855.7

1.2%

1712.93%

Sub Total [tCO2eq]60,587100%
Table 2.1 – Cluster 1 GHG emissions overall results

Biogenic CO2 for some DIET Expanded Tobacco Process (in Indonesia plant) were accounted as zero as
Biogenic CO2 covered as per evidence in the Annex F.
1048 tonnes of CO2eq related to Natural gas in 2022 are covered by green gas certificates in Lithuania(Klaipeda) plant as per evidence provided in Annex F.

2.2 Methodology
Total GHG emissions associated with PMI affiliates in Cluster 1, 1st January 2022 to 31st December 2022,
have been quantified according to GHG Protocol, Corporate Accounting and Reporting Standard, following theoperational control approach. This methodology was chosen as it represents best practice in terms oforganization carbon footprint inventory and PAS 2060:2014 endorses it as being fully compliant with its
requirements.
The types of greenhouse gases (GHG) included in the Kyoto Protocol to the United Nations Framework
Convention on Climate Change are required for reporting under the GHG Protocol Corporate Standard andthe below listed were covered in the calculations:•••carbon dioxide (CO2),methane (CH4),
nitrous oxide (N2O).

9The inventory accounts for 100% of GHG emissions of business activities and operations in which PMI affiliates
within Cluster 1 have direct operational control and the full authority to introduce and implement its operating
policies.
All scope 1 and 2 greenhouse gas emissions relevant to the system boundary are included and quantified, in
accordance with the GHG Protocol, Corporate Accounting and Reporting Standard, as confirmed by SGS
verification.

2.2.1.1 Scope 1
GHG emissions related to scope 1 come from direct emissions from sources owned or controlled by each of
the affiliates within Cluster 1. In PMI context, scope 1 emissions are:••

Stationary combustion:o Natural gas
o LPG, Propane and Butane
o Diesel (fuel oil)o Heavy fuel oil
o Petrolo Biomass
Mobile combustiono Petrolo Dieselo Biodieselo Bioethanolo Natural Gas (Compressed)

2.2.1.2 Scope 2
GHG emissions related to scope 2 come from indirect emissions from the generation of purchased electricity,
steam, heat and cooling consumed by the affiliates in Cluster 1. In PMI context, scope 2 emissions are:•••Purchased electricity
District steam
District heating (inc. cooling)

2.2.1.3 Scope 3
GHG emissions related to scope 3 refer to all other indirect emissions as a consequence of the activities ofaffiliates in Cluster 1 that occur from sources not owned or controlled by by each of the affiliates within Cluster
1 and are out of scope.

2.3 Data sources
Primary and secondary data has been used for the Carbon Quantification process. Primary data is used where
possible, only where primary data was not, secondary data was used to quantify emission. For scope 1 and 2,
10

primary data were exclusively used, with the exception of the calculation of emissions from fleet where
secondary data was used only for UAB Philip Morris Lietuva, Philip Morris CR a.s., PT Hanjaya MandalaSampoerna, Tbk. SKT Plant Rungkut 1 and Philip Morris Investments B.V. Jordan. For these four cases thefuel consumption and emissions have been determined by using the PMI available data for Fleet in therespective country. Taking the average fuel consumption per vehicle, this value has been multiplied by the
number of vehicles in the factory. The total fuel consumption is then multiplied using DEFRA coefficient todetermine the emissions.
1. Primary Data source related to all inputs and outputs corresponding to steps under the affiliates in Cluster
1 control were directly provided. This includes measured energy inputs for production.
2. Emission Factors were sourced from recognized databases (DEFRA and GHG protocol).
Data sources (e.g. invoices) were reviewed by SGS through the inventory verification, and certification against
PAS 2060:2014 processes.
Source of data were reviewed by SGS through the GHG Protocol verification process and certification against
the requirements of PAS 2060:2014.

2.4 Assumptions and estimations
All assumptions made to quantify the greenhouse gas emission of PMI affiliates in Cluster 1 were reviewed by
SGS through the GHG inventory verification process. For scope 1 and 2, no assumptions were made. For fleetof the four reporting entities mentioned in 2.3 paragraph the fuel consumption and emissions have been
determined by using the PMI available data for Fleet in the respective country taking the average fuelconsumption per vehicle, this value has been multiplied by the number of per vehicles in the factory. The total
fuel consumption is then multiplied using DEFRA coefficient to determine the emissions.

2.5 Exclusions
Annex C outlines all the inclusions and exclusions for GHG emissions. In order to ensure the coverage of any
potential exclusions within the system boundary an additional 3% has been added to total Carbon Footprint toensure the Carbon Neutrality program covers 100% of the GHG emissions.

2.6 Uncertainties
Generally, the use of secondary data throughout the assessment represents the major source of uncertainties
on results. Actions taken to minimize these uncertainties are described below and were reviewed by SGS.
••

Secondary emissions factors: uncertainty associated to the use of secondary emission factors is
because they represent averages, rather than specific emissions. However, their use was appropriate,and care has been taken to use the best available datasets (DEFRA and GHG Protocol).
No other secondary data has been used, except the fleet emission for four entities mentioned inparagraph 2.3.

Result of the uncertainty calculation is reported in Annex D.

11

2.7 Comparison with baseline period results
This section will be completed in the subsequent years as 2022 is the fist year for the PAS 2060:2014
certification for this Cluster 1 (Group of Manufacturing entities/factories as mentioned previously in paragraph0).
SFP (RRP) products are converted to mio cigarette equivalent volumes using the relative efficiency in the 2022
year baseline period.

GHG scope
CO2 Scope 1 Fuels (GHG emissions) Manufacturing[t GHG]
CO2 Scope1 - Fleet emissions -Vehicles[t GHG]
CO2 Scope 1 Emissions from DIET (GHG
emissions) Expanded Tobacco[t GHG]

GHG emissions[tCO2eq]58018.4
855.7

1712.960,5871818

Sub Total [tCO2eq]
3%
Total Carbon footprint [tCO2eq] with 3% (roundedup based on the decimals)

SFP (RRP) Intensity (CO2 t/mio Cig eq)
CC Intensity
Conversion factors
new Denumerator

New Intensity per Cluster 1 (CO2 t/ new Denumerator)

62,405Emission
Year 2021
0.639
0.129
4.97
2021

Emission
Year 2022
0.688
0.101
6.85
2022

463,628590,236

2021
0.132

2022
0.103
22%

12

3 Carbon Management Plan
The carbon reduction management plan considers a 3 years period (2022-2025) with the aim of reducing
emissions and energy intensity. Performance against target will be monitored annually to review whether
anticipated reductions have been achieved.
In order to achieve the targeted reductions a series of project will be implemented.
Although PMI affiliates began its Carbon Management Programme for Carbon Neutrality in 2020, energy
saving measures have been implementing since 2010 within the production plant. In 2022, due to continuous
growth of our community of factories that are joining our carbon neutral declaration process, we decided tocluster them under the same declaration.
The following paragraphs explain in detail implemented (paragraph 3.2) and planned (paragraph 3.3) projects,
that are mainly related to production plant GHG emissions reductions.

3.1 PMI best practiceIn 2022, 38 out of 41 affiliates, 100% of electricity purchased came from renewable sources (electricity source
for the affiliates in the carbon neutral factory certification are provided in annex F). Since 2017, we have
gradually increased the uptake of green electricity (as showed in below table) and have a target to reach 100%
green electricity purchases for all our affiliates by 2025. By investing in renewable energy electricity, PMI
overall avoided emissions of over 1,6 million ton of CO2 equivalent.

Indicator
CO2 Scope 2 (GHG
emissions) - Manufacturing Market based [t GHG]
CO2 Scope 2 (GHG
emissions) - Manufacturing Location based [t GHG]
Cumulative difference
between location based andmarket based

2017

2018

217.563 149.757

414.126

196.563395.371245.615

2019

2020

2021

2022

111.508

65.28941.15727.909613.182357.670336.964333.553

2.236.016

305.6441.622.834

398.332

286.824292.382295.807

Total Value

Table 3.1 - Green electricity increase13

3.2 Implemented GHG emissions reduction project repository
At PMI, emissions reduction project governance and budget approval comes from two distinctive main streams;
one driven from central functions and another by the local team. Table 3.2 shows project implemented in
Cluster 1 in the last years, evaluated in 2022 Carbon Footprint assessment. For easiness of reading, theprojects have been split by entity:
Table 3.2 - Implemented GHG emissions reduction projects
Philip Morris SA - Neuchatel
Project name

Description

Year

Type ofenergy used

Emission
reduction[kg CO2 eq]

Heat recovery
from steam boiler
stacksAddition of heat recovery system on thesteam boiler stacks to provide heat to the hotwater system

2010

Gas

198000

Thermal insulation
improvement in
Steam boilers
room

Replacement and improvement of thethermal insulation in the steam boilers roomwith Calonat (insulation blanket)

2011

Gas

57000

Heat recovery on
Vacuum pumps

Additional heat recovery system on the
Vacuum pumps to provide heat to the hotwater system

2011

Gas

97000

Steam and hot
water boilers O2
control

Addition of an O2 control on all our boilers inorder to approach a stoichiometriccombustion

2012

Gas

246000Compressed air
replacement andaddition of a heatrecovery system

Replacement of a Compressed air with up todate technology and addition of heatrecovery system to provide heat to the hotwater system

2013

Gas

101000FTD/TSE Heatrecovery

Addition of a heat recovery system on the
FTD/TSE process

2014

Gas

535000

HVAC
replacement
phase 1 to 3

Replace old HVAC units by new units

2018/2021

Gas

130000Heat pump on
Lake water return

Addition of 2 heat pumps of 600kW each on
the return pipe to the lake water to recover
the heat from the cooling system to provide
heat to the hot water system

2020

Gas

1000000

Flash steam heatrecovery

Building H&R heat recovery to heat up
sanitary hot water

2021

Gas

140000Heat pumpregulation
optimization

Regulation optimization during winter period
in order to increase the coverage rate against
natural gas boiler

2022

Gas

60000

14

UAB Philip Morris Lietuva
Project name

Description

Year

Type of energy
used

Emission
reduction[kg CO2 eq]

Central Vacuum
system (OPP-011940)

Central Vacuum system Centralized controller (ESv)2021/2022

Electricity

18669

FTD (OPP-014675)

FTD heat recovery upgrade

2022

Fuel

8676

Hot water networks(OPP-013870)

Connection of HDS1 and HDS2
primary hot water networks

2021/2022

Electricity

3875

Chilled water (OPP017023)

Chilled water system upgrade low dT control on AHU cooling coil
(BMS dT control or simple standalone controller)
AHU flow rate optimization - Fresh
air intake controlled based on
actual dedusting system exhaust
ZOOM-HVAC Roll-out 2021

2021/2022

Electricity

21303

2021/2022

Electricity

69911

2022

Electricity

49991

Baseload assessment andreduction - programmable
schedule control for HVAC
Baseload assessment andreduction - GEMT level 0 andlevel 1Baseload assessment andreduction - automatic baseload
reports in GEMT
Chilled water system upgrade Condenser temperature reset(wet/dry bulb temperature)
Idle/sleep mode in Secondary
equipment (ACU3)
Compressed Air - stop water
circulation in compressor coolingloop when compressor is notoperating2021/2022

Electricity

869

2021/2022

Electricity

32687

2021/2022

Electricity

2746

2021/2022

Electricity

19184

2022

Electricity/Fuel

14599

2022/2023

Electricity

2309

AHU flow (OPP-017176)

ZOOM-HVAC (OPP018796)
HVAC (OPP-017185)

GEMT (OPP-017448)

OPP-017450

Chilled water system(OPP-017446)
ACU3 (OPP-021518)
Compressed Air (OPP021533)

Philip Morris CR a.s.
Project name

Description

Year

Type ofenergy used

Emission reduction[kg CO2 eq]

Chillers Heat Recovery(Heat Pump)

Heat recovery system, basedon Heat pump.Heat is used for
HVAC heating. Saving isbased on COP - high efficientheat generation.

2011

Fuel - NaturalGas

136 09215

Air compressors heatrecovery stage 1

Heat recovery from watercooled air compressors (waterto-air). Heat is used forpreheating of fresh air inside
AHU units.

2011

Fuel - NaturalGas

79 444Heat Recovery from
Dust Filters Bld.8

Heat recovery from dust
collection (air-to-air). Heat
used for preheating of fresh air
inside AHU units.

2014

Fuel - NaturalGas

43 176FTD sleeping mode

Installation of improved control
software for FTD (lowconsumption mode).

2014

Fuel - NaturalGas

44 558Adiabatic
humidification
SecondaryInstallation of adiabatic
humidification in Secondary
HVAC instead of steam
humidification.

2016

Fuel - NaturalGas

234 879

Boiler K2 Condensing
Heat Exchanger
VentosInstallation of additional heatexchanger (fume gas - to water, condensing) on steam
boiler in boilerhouse.

2017

Fuel - NaturalGas

103 623

CA compressors heatrecoveryHeat pump (water-to-water) forheat recovery from watercooled air compressors to
HVAC heating system.

2018

Fuel - NaturalGas

69 082

Reverse Osmosis

Installation of reverse osmosis
for boiler feeding water
preparation in boilerhouse.

2019

Fuel - NaturalGas

34 541

ESI wave 2:

Installlation of heat exchanger(water-to-water) to decreasewater temperature before
boiler economizer, improving
efficiency.

2021

Fuel - NaturalGas

70 603Heat recovery system
returning waste heat from dust
collection system back toheating grid.

2022

Fuel - NaturalGas

411 824

Heat recovery precooler for
Economizer feed water
ESI wave 3:
Dust collection Heat
Recovery (Heat Pump)

16

Tabaqueira - Empresa Industrial de Tabacos, S.A. (Tabaqueira EIT, S.A.)
Project name

Description

Year

Type
of
energy used

Emission
reduction[kg CO2 eq]

Energy Efficiency
Plan 2010

The energy efficiency plan 2010
encompassed, i.e.: Compressed Air
Leakage, Flash Steam Recovery,
Variable Speed Drivers forCompressors, Steam Boiler
Economizer 1, and Chiller
Replacement

2010/
2011

Electricity/Gas

780,817

Energy Efficiency
Plan 2011

The energy efficiency plan 2011encompassed, i.e.: Efficient LED
Lightening, and VSD and Higher
Efficiency Motors

2011/
2012

Electricity/Gas

823,099

Energy Efficiency
Plan 2013 andRenewable
Electricity

The energy efficiency plan 2013
encompassed, i.e.: Heat recovery for
Boiler House, and FTD Heat Recovery.
Purchase of Green Electricity sinceJune 2014

2013/
2014

Electricity/Gas

5,587,121

Steam Boilers
Replacement

Install one new boiler with higher
energy efficiency and dimensioned
according to planned future needs (10Ton/h) replacing the boilers nº2 and
nº3.

2014/
2015

Gas

533,449

Renewable
Electricity

Portuguese legislation requirement tohave renewable electricity since 2014 –in 2019 was already 100% renewable
and PMI energy efficiency/saving
program

2014/
2015

Electricity

2,168,545

Energy Efficiency
Plan 2015

The energy efficiency plan 2015
encompassed, i.e.: Optimization of the
combustion control system

2015/
2016

Gas

1,007,358

Energy Efficiency
Plan 2016

The energy efficiency plan 2016encompassed, i.e.: Thermal Energy
Recovery in the Exhaust Gases of theSteam Generator, Thermal Energy
Recovery in the BBS Dryer, Thermal
Energy Recovery in DCC Dryers for
Heating the Air Supply of AHU12,
Improvement of Energy Efficiency in
the Steam Distribution Network

2016/
2017

Gas

470,419

Energy Efficiency
Plan 2017

The energy efficiency plan 2017encompassed, i.e.: New Heat Changer

2017/
2018

Gas

115,43117

Recover for gas exhaust boiler nº2, andNew thermal valve jackets isolation
Shutdown
Management

Implementation of a management
system to optimize the operating
periods of utility equipment, such as:
AHUs and Steam Boilers.

2018/
2019

Gas

237,349

Energy Efficiency
Plan 2019

The energy efficiency plan 2019encompassed, i.e.: Flash Steam
Recovery, and Heat Recovery from CA
Plant

2019/
2020

Gas

188,899

Primary Process
Optimization

Reduction of steam consumption
through the resizing of the production
line and implementation of newtechnologies.

2020/
2021

Gas

407,000

Solar Park

Implemented photovoltaic solar plant,
which covers an area of 5525 m2 with aproduction capacity of 1MW, whichguarantees the integration of 7% ofelectric energy for self-consumption.
This solar park also powers 12 own
charging stations for plug in vehicles in
Tabaqueira fleet.

2021/
2022

Electrical

Avoid environmental
footprint of CO2 emission
in more than 800 t per
year

Hydrogen plant

Memorandum of Understanding with
Dourogas to study the feasibility of anhydrogen plant

2021

Gas

n/a

Carbon capture

Memorandum of Understanding with
Dourogas to study the feasibility of acarbon capture solution for e-methane
production

2021

Gas

n/a

Year

Type
of
energy used

Emission reduction[kg CO2 eq]

Electricity

2,690,688

Massalin Particulares S.R.L., Salta, Argentina
Project name

Description

IREC-Renewable
Electricity

Green electricity certificatespurchasing process

2021

2022

2,981,664

Led Lighting

Replace all the common
illumination to led technologies

2022

Electrical

2,213

Steam Pipe Insulation

Installation of 50 meters of 2"
steam pipe insulation to avoid
leakages. The steam piping at

2022

Gas

1,372

18

the exit of the boiler up until line
entry is completely insulated.
Steam line from the entrance ofthe line to the flash dryer wasn’t
properly insulated.
Line Upgrade

Reduction of equipment 4th, 5thstage and Press No. 2 – 4 fans,
2 separators and a thresher
were eliminated from the line. A
3rd press was added the netbalance in energy consumption
lead to energy savings

2022

Electrical

122,040PHILIP MORRIS BRASIL IND. COM. LTDA

Project name

Description

Year

Type of energy
used

Emission
reduction[kg CO2 eq]

Electricity
Energy reduction
projects

Initiatives within Open+ routines
2015
and KPI verification.

1973122
LPG
Fuel OilElectricity
Implementation Project
Tool to monitor our consumption 2015
GEMT / E-Sight

260601
LPG
Fuel Oil

Replacement of Nasch
Vacuum Pumps by
Busch

More efficient and lower-power
vacuum pumps

2015

Electricity

372287

Heater Exchange to
Boilers

Heat exchanger to heat boiler
inlet water

2015

Fuel Oil

798426

Utility Automation /Boiler Automation

SCADA frequency invertersquees and optimization of
inverters

Fuel Oil
2015

798426
Electricity

19

Frequency inverter for DIET
process fan

2015Electricity

1751

BMS Honeywell for
Improvement in LPG burning
CastLeaf Burners / Print
system in dryers and furnace
Shop / DIET

2015

LPG

1479386

VSD to PF 55

Electricity
Energy reduction
projects

Initiatives within Open+ routines
2016
and KPI verification.

1080990
LPG
Fuel Oil

Motor Replacement PrintShop

Power optimization andfrequency inverters

2016

Electricity

12376

Replacement of
conventional lamps by
LED

Power optimization due to more
efficient lamps.

2016

Electricity

61634

Energy reduction
projects

Initiatives within Open+ routines
2018
and KPI verification.

Electricity
1498978
LPG
Fuel OilWWT Automation

Automation of the effluent
treatment plant

Energy reduction
projects

Initiatives within Open+ routines
2019
and KPI verification.

2018Electricity

8022

Electricity
931523
LPG
Fuel Oil
Replacement ofPower optimization due to more
Conventional Lamps by
efficient lamps.
LED - Phase 2

Ruby ProjectCast Leaf process was
discontinued in Q1 2019, theDryer fuel was LPG. The
consumprion was 655 Ton/year

2019

Electricity

31756

Electricity
2019

1925721
LPG
Fuel Oil

20

Biomass Boiler Project

Installation of one Biomass Boilerof 8 Ton/h steam capacity. Usingwood chips as a fuel2020 / 09 Fuel Oil

1012000

Emission reduction (Ton CO² eq)~ 2019/20 x 2021

Electricity
Energy reduction
projects

Initiatives within Open+ routines
2021
and KPI verification.

375000LPG
Fuel Oil

Photovoltaic initiative

Installation of 320 solar panels to
supply electric energy to Biomass
Boiler System
2021

Electricity

12000

Fuel Oil

4377000

Electricity

20696

Fuel

17055

Electricity

3572

Emission reduction (Ton CO² eq)~ 2019/20 x 2021 = ~Biomass Boiler Project

Installation of one Biomass Boilerof 8 Ton/h steam capacity. Usingwood chips as a fuel2021
Emission reduction (Ton CO² eq)~ 2019/20 x 2021

Lighting LED

Thermal insulation inPrimary equipment

ES06.02 Efficient Lighting - T5 to2022
LEDInstallation of thermal jackets toavoid waste of energy in thesteam network

2022

Baseload assessment
Automatic closure of compressed 2022
and reduction air valves when machines are out
automatically cut-off
of production
Compressed Air supply
valve when machine in
not producing

21

Papastratos Cigarette Manufacturing Company, S.A.
Project name

Description

Year

Type
of
energy used

Emission reduction[kg CO2 eq / year]

Electricity Greencertificate

The acquisition ofelectricity green certificate
on a yearly basis ensurethat electricity consumed
in the factory is producedby 100% renewablesources.

2017

Electricity

Installation of a new
boiler

By installing an additional
boiler with double capacity
and higher efficiency is
reduced the NG
consumption for the same
steam production

2018Electricity/Gas

85,000Installation of GEMT
metersInstallation of energy
meters Level 1 & 2

2016/2021

Electricity/Gas

110,000

Installation ofcondensate ventcondensers

Returning condensates
produce flash steam
released to theenvironment. Steamcondensers are savingenergy and water.

2021

Water/Gas

Boiler O2 & CO control

Installation of O2 and CO
sensors can further
optimize the efficiency ofthe boilers.

2021

Gas

11,051,881

40000 (actual emissions
are less than theoretical
calculations due tooperational problems)

16,000Philip Morris Manufacturing Senegal S.A.R.L.
Project name

Description

Year

Type
of
energy used

Emission reduction[kg CO2 eq]

Energy Improvement

Insulation of waterchilled piping
Replacement for condensate
decharge pipe for fan coil unit

2013Electricity

2904

GEMT Level 2 -3

Global Energy Monitoring andTargeting project to reduce energy
and water consumption

2014Electricity

2899

Utilities Supervision
and Alert System

Building Management System: i.e
Electrical metring installation, Daily
Analysis

2016Electricity

3907

22

Utilities improvment

Compressed air replacement

2018

Electricity

3216

2019

Electricity

2678

Vaccuum upgrade. Refrigerating
dryers replacement
Building & Utilities
Maintenance project

Static UPS batteries replacement,
LED lighting replacement

STEAM Pressure
reduction Initiatiaves

Steam pressure set point reduction
from 8 bars to 6 bars
Steam production optimization

Energy Saving
Initiatives

Air pressure reduction from 6.5 bars
to 5.2 bars

Diesel consumption
reduction

Steam automatic shuting valve

2021

Energy Saving
Initiatives

Precooling adiabatic system

2021

Electricity

Fan cooling unit upgrade2022

Electricity

Led Lighting revamp

2022Electricity

Steam and cooling water piping
insulation

2022

Fuel

Green Leaf Threshing Plant, Philip Morris (Pakistan) Limited, Mardan Pakistan
Project name

Description

Year

Type
of
energy used

Emission reduction[kg CO2 eq]

Energy Conservation
Projects carried out inLine I & II

Execution of Piggyback CF
system to reduce energy
consumption CO2emissions2013

Diesel Oil

4,36,167

Project Line
Optimization, 1st Phase- 1st Phase executed, 1st
two CF changed and during
processing season single
line is used,2014

Diesel Oil

1,36,554- DRF main ducting isredesigned in order tomake system energy
efficient and reduce CO2
emissions23

Project Line
Optimization, 2nd
Phase

Complete Line upgraded,
TP increased from 10Tons
Per Hr to 14.7 Tons Per Hr,
Energy efficiency achieved

2015

Diesel Oil

3,26,181

Energy Conservation

Replaced Pneumatic SL
Transport with Manual
Band Conveyor Energy
Saving of 34KW Per Hr +Lighting system at
Warehouses inside GLT
upgraded in order toreduce energy
consumption and reduce
CO2 emissions

2017

Diesel Oil

4,28,823

Automation of SteamControl Valve at Stem
redryer

Automation of SteamControl Valve at Stem
redryer & Improvement torecover condensat heat,
Pipe network improved2020

Diesel Oil

91,999LPG Boiler Fuel
Conversion Project

LPG Boiler Fuel
Conversion Project, Fuel of
Boiler changed from HFO
to LPG

2021

LPG

2,54,588

LPG Energy SavingLoss Analysis

Installation of Air Pre
Heater, Condensate Line
Optimization, Insulation of
Steam
Line,
OxygenAnalyzer

2022

LPG

78,118

Electricity & Diesel
Energy Saving- Loss
AnalysisFixing of compressed air
leakage points,
Improvement of Generator
Efficiency

2022

Electricity
Diesel Oil&

18,238

Electricity Supply &Load Management
during low throughput
processing

Power shifting to local grid,Line load reduction, Stempacking in one shift only

2022

Electricity
Diesel Oil&

248,006

24

PT. HM Sampoerna, Sukorejo Plant, Indonesia
Project name

Description

Year

Type ofenergy used

Emission
reduction[kg CO2 eq]
Minimize loss of energy to
50% or 155 kW per hour.
Emission reduce to 50%50.5%
Reduced 58 kW per houror decrease 49.67%50.5% the emission

Air Pressure
Distribution System

Pressurized air
improvement withminimizing loss of energy
as 50% or 155 kW per hour

2016/2020

Electricity

Subtitute the Chiller(Centralized AC) into
AC Split

Reduce electricity
consumption (the air
conditioner) in Sampoerna
Print Pack OfficeInstalling Plate Heat
Exchanger (PHE) on thechannel condensate toreuse residual heat from
FTD

2016/2020

Electricity

2016/2018

Gas

Boiler installation
economizer, O2 Trimmingor oxygen management,
and automatic blowdown
can all help to improveboiler efficiency.
Relayout steam piping
system on CP and Primary
distribution to reduce steampressure drop

2016/2022

Gas

2016/2020

Gas

Emission reduction:
27,41%-27,7%/year

Lighting Upgrade in
Clove, Primary, andSecondary Process

Replacing non LED lights
with Led Lighting

2016/2022

Electricity

Trigeneration

Build the system that can
produces 3 outputs(electricity, steam andwater chiller)
Implementing renewableenergy by using sunlight asa source of energy

2018/2020

Gas

Emission reduction: 6,62
CO2 eqReduced the energy to
102,87 GJ / year
Emission reduction: 13.910
Ton GHG

Reuse the Residual
Heat from Flash Tower
Dryers (FTD)

Blow Down System,
Boiler Economizer, andoxygen control

Optimizing
Steam Piping Systemon the Primary Line and
RTC

Solar Panel

RTT Implementation

Ionizer for GEG

Increase the efficiency ofutility equipment due toreduce energy
consumption
Install ionizer into the Gas
Engine Machine to reduceenergy consumption

2018/2022

Renewable
Energy2018/2020

Electricity

2019/2022

Gas

Additional hot water inthe boiler will be reduce
consumption (saving
natural gas) less than 32.5
Nm3 per hours. (Reduced
emission 0-10%).
Emission reduction: 308,42
CO2 eqReduced the energy to1498,40 GJ / year

Emission reduction: 18,51
CO2 eqReduced the energy to281,28 GJ / year
Reduced the energy to5235 GJ / year

Emission reduction: 143,76
CO2 eqReduced the energy to698,43 GJ / year25

SteamPreassure
Reduction 6.5 Bar – 6.0
Bar
Installing
Magnetic
Chiller Pump

Reduce Boiler Steam
Pressure related to reduceenergy consumption
Replaced all chiller motor
pump with high efficiency
motor pump type2019/2020

Gas

Reduced the energy to 584
GJ / year

2019/2022

Electricity

Upgrade Compressor

Replaced the conventional
compressor with highefficiency compressor

2019/2022

Electricity

Cooling Improvement

Repair and maintenancethe HVAC system

2020/2022

Electricity

Install Compressed Air
Auto Cut Off

Automatical valve
installation in production
area to reduce energy
consumption
Control the frequency of
FAN AHU Motor using VSD(Variable Speed Drive) as
an indicator of energy
savingMonitoring the running ofelectric chillers, chiller
absorbers, CWP, CHWP,
and Cooling Towers
through SBO(StruXureware Building
Operator) at SKM and PP
in real time and throughseveral devices
Changing the AHU Fan
from motor to EC Motor type2020/2022

Electricity

2020/2023

Electricity

Emission reduction: 0,16
CO2 eqReduced the energy to
0,775 GJ / year
Emission reduction: 147,89
CO2 eqReduced the energy to718,06 GJ / year
Emission
reduction:
0,031 CO2 eq
Reduced the energy to548,50 GJ / year
Emission
reduction:
23,59 CO2 eq
Reduced the energy to
114,60 GJ / year
Emission
reduction:
0,05 CO2 eq
Reduced the energy to 840
GJ / year

2020/2023

Electricity

Emission
reduction:
0,0528 CO2 eq
Reduced the energy to 924
GJ / year

2022/2023

Electricity

Eliminate steam
consumption in riper
engines

2022/2023

Gas

Emission
reduction:
37,91 CO2 eq
Reduced the energy to4995,02 GJ / year
Emission
reduction:
23,59 CO2 eq
Reduced the energy to2683,03 GJ / year

Controlling SKJ-AHU
Fan Speed

Optimizing Chiller

Installing AHU EC FAN

Installing SKM Ripping
Machine without using
Steam

26

PT. Sampoerna Indonesia Sembilan – Sukorejo Plant, Indonesia
Project name

Description

Year

Type ofenergy used

Emission reduction[kg CO2 eq]
Emission reduction werealready calculated in
SAMP Sukorejo as it is
joint initiatives.
Emission reduction in PT
SIS Sukorejo is: 0,64 Ton
CO2 eqEmission reduction werealready calculated in
SAMP Sukorejo as it is
joint initiatives.
Emission reduction in PT
SIS Sukorejo is: 0,44 Ton
CO2 eqLighting Upgrade in
Clove, Primary, andSecondary Process

Replacing non LED lights
with Led Lighting

2016/2022

Electricity

Installing AHU EC FANChanging the AHU Fan
from motor to EC Motor type

2022

Electricity

PT. HM Sampoerna - Sigaret Kretek Tangan (SKT) Malang
Project nameSolar Panel

Optimize Utilization oflighting & Air
Conditioning

Optimize lighting at
production area
Optimize utilization ofutility

Description
Implementing
renewableenergy by using sunlight asa source of energy (capacity
39 Kwp)Enhance lighting & AC byinstalling timer/presence
sensor at production unit
Warehouse, Offices, Toilet,
Server Room, Production.
Large power lamp
replacement with more
efficient
Optimize running time of
Exhaust Fan, Optimize
room temperature forserver room (250 C), VSD(Variable speed drive) for
exhaust > 5 KW

Year

Type ofenergy used

Emission reduction[kg CO2 eq]

2020/2022

RenewableenergyEmission
reduction:
26,58 Ton CO2 eq

2022

Electricity

-

2022

Electricity

-

2022

Electricity-

27

PT. HM Sampoerna - Sigaret Kretek Tangan (SKT) Rungkut-1
Project name

Description

Solar Panel

Optimize Utilization oflighting&
Air
Conditioning

Optimize lighting
production areaatOptimize utilization ofutility

Implementing renewableenergy by using sunlight asa source of energy(capacity 190 Kwp dan 39
Kwp)
Optimize lighting & AC byinstalling timer/presence
sensor at production unit
Warehouse, Offices, Toilet,
Server Room, Production.
Large power lamp
replacement with more
efficient

Optimize running time of
Exhaust Fan, Optimize
room temperature forserver room (250 C), VSD(Variable speed drive) for
exhaust > 5 KW

Year

Type ofenergy used

Emission reduction[kg CO2 eq]

2020/2022

Renewable
EnergyEmission
reduction:
5.19 Ton CO2 eq

2022

Electricity

Emission
reduction:
1,27 Ton CO2 eq

2022

2022

Electricity

Electricity

Reduced the energy to
5,91 GJ / year
Emission
reduction:
1,11 Ton CO2 eq
Reduced the energy to
5,17 GJ / year
Emission
reduction:
0,8 Ton CO2 eq
Reduced the energy to
3,69 GJ / year

PT. HM Sampoerna - Sigaret Kretek Tangan (SKT) Rungkut-2
Project name

Description

Solar Panel

Optimize Utilization oflighting&
Air
Conditioning

Optimize lighting
production areaatOptimize utilization ofutility

Implementing
renewableenergy by using sunlight as asource of energy (capacity
155 Kwp)
Optimize lighting & AC byinstalling
timer/presence
sensor at production unit
Warehouse, Offices, Toilet,
Server Room, Production.
Large
power
lamp
replacement
with
more
efficient

Optimize running time of
Exhaust Fan, Optimize room
temperature for server room(250 C), VSD (Variable speed
drive) for exhaust > 5 KW

Year

Type ofenergy used

Emission reduction[kg CO2 eq]

2020-2022

Renewable
EnergyEmission
reduction:
129.48 Ton CO2 eq

2022

Electricity

Emission
reduction:
9.51 Ton CO2 eq

2022

2022

Electricity

Electricity

Reduced the energy to
44,15 GJ / year
Emission
reduction:
8.32 Ton CO2 eq
Reduced the energy to
38,63 GJ / year
Emission
reduction:
5,94 Ton CO2 eq
Reduced the energy to
27,59 GJ / year28

PT. HM Sampoerna - Sigaret Kretek Tangan (SKT) - Kraksaan
Project name

Description

Year

Type ofenergy used

Emission reduction[kg CO2 eq]

Energy mapping

Study of skylight
implementation

2021

-

-

Optimize Utilization oflighting & Air
Conditioning

Optimize lighting & AC byinstalling timer/presence
sensor at production unit
Warehouse, Offices, Toilet,
Server Room, Production.

2022

Electricity

Emission
reduction:
1473,08 Ton CO2 eq
Reduced the energy to5303,08 GJ / year

Optimize lighting at
production area

Large power lamp
replacement with more
efficient2022

Electricity

Emission
reduction:
1288,94 Ton CO2 eq
Reduced the energy to
4640,19 GJ / year

Optimize utilization ofutility

Optimize running time of
Exhaust Fan, Optimize room
temperature for server room(250 C), VSD (Variable
speed drive) for exhaust > 5
KW

2022

Electricity

Emission
reduction:
920,67 Ton CO2 eq
Reduced the energy to3314,42 GJ / year

PT. Hanjaya Mandala Sampoerna Tbk, Karawang Plant, Indonesia
Project name

Chiller improvement.
Variable vacuum pumpinstallation. Trigen
installation.

Implementation of Run toTarget (RTT).
Chillerpump
VSD
installation. Centrifugal
compressor installation.
Green electricity

Description

Improvement targeted toincrease utility systemefficiency for chiller andvacuum system. Trigeneration
system installation which
produces less emission per
energy generated compared tosupplied electricity.
Implementation of RTT system
aimed at optimizing
performance of utility system.
Installation aimed to increase
efficiency of chiller system.
Also, higher efficiency
compressor type installation
Buying green electricity fromstate owned electricity
company.

Year

Type ofenergyused

Emission reduction[kg CO2 eq]

2017/2018

Electricity
and Gas1,503,178

2018/2019

Electricity
and Gas

98,895

2019/2020

Electricity

1,694,680

2019/2020

Electricity

21,641,605

29

AHU (Air Handling Unit)
improvement with AI.
Steam shut off valve.
Automatic shut off valve
per link up.

VFD installation for every
5 KW and above motor.
Motion sensor for AC (Air
Conditioning)andlighting.
Grouping
lighting at clove and RTC(Reconstitute Tobacco &Clove)
production.
Temperature controlled
exhaustfanfortransformer room.
Grouping
secondarylighting for each link up.
High efficiency chiller
installation.
VFD
installationforreverse osmosis, rawwater, and thermal oil
pumps

Improvement aimed at
reducing AHU energy byintroducing AI backed control
system. Reducing steam
losses by installing shut off
valve. Also, reducing
compressed air losses at
production area by installing
automatic shut off valve foreach link up
VFD and temperaturecontrolled exhaust installation
aimed to reduce electricity
consumption by increasing its
efficiency. Motion sensor andlighting grouping reduceenergy consumption by
shutting off unneeded lighting
and AC.

2020/2021

Electricity
and Gas3,732,775

2021/2022

Electricity

1,347,891

lighting grouping aimed reduceenergy consumption by
shutting off unneeded lighting.
Chiller and VFD installation
aimed to increase utility
system efficiency

2022/2023

Electricity

257,028

PT Phillip Morris Indonesia - Karawang Plant
Project name

Chiller improvement.
Variable vacuum pumpinstallation. Trigen
installation.

Sollar Cell
Chillerpump
VSD
installation. Centrifugal
compressor installation
Green electricity

Description

Improvement targeted to increase
utility system efficiency for chiller andvacuum system. Trigeneration
system installation which produces
less emission per energy generated
compared to supplied electricity.
Solar cell installation
Installation aimed to increase
efficiency of chiller system. Also,
higher efficiency compressor typeinstallation.
Buying green electricity

YearType ofenergyused

Emission
reduction [kg CO2
eq]

2017/2018

Electricity
and Gas3,181,161

2017/20182019/2020

Electricity
Electricity

498,181
1,854,624

2019/2020

Electricity

10,086,618

30

AHU (Air Handling Unit)
improvement with AI.
Steam shut off valve.
Automatic shut off valve
per link up.

VFD installation forevery 5 KW and above
motor. Motion sensor
for
AC
(Air
Conditioning)andlighting. Temperature
controlled exhaust fan
for transformer room
Grouping
secondarylighting for each link up.
High efficiency chiller
installation.

Improvement aimed to reduce AHU
energy by introducing AI back control
system. Reducing steam losses by
installing shut off valve. Also,
reducing compressed air losses at
production area by installing
automatic shut off valve for each linkup.
VFD and temperature-controlled
exhaust installation aimed to reduce
electricity consumption by increasing
its efficiency. Motion sensor andlighting grouping reduce energy
consumption by shutting off
unneeded lighting and AC.

2020/2021

Electricity
and Gas2,788,685

2021/2022

Electricity

21,910Lighting grouping to reduce energy
consumption by shutting off
unnecessary lighting. Chiller and
VFD installation aimed to increase
utility system efficiency

2022/2023

Electricity

317,258

VFD installation forreverse osmosis, rawwater, and thermal oil
pumps

Massalin Particulares S.R.L, Merlo, Argentina
Project name

Description

Year

Type
of
energy used

Emission reduction[kg CO2 eq]

IREC Renewable
Electricity

Purchase IREC CertificatesGreen Electricity

2018Electricity

2462400

Purchase IREC CertificatesGreen Electricity

2019Electricity

5242997

Purchase IREC CertificatesGreen Electricity

2020

Electricity

5067072

Purchase IREC CertificatesGreen Electricity

2021

Electricity

5061600

Install a new boiler with higher
energy efficiency anddimensioned according toplanned future needs

2021

Gas

104889Automatically cut-off Vacuum
supply valve when machine in notproducing2022

Electricity

41040

Steam
Replacement

Boilers

Automatic cut
off(compressed air +vacuum pumps)

31

Thermalinsulation
primary equipment

Insulation to return primaryprocess area pipes and valves
stations

2022

Gas

135011

Lighting efficiency

Install LED lighting fixtures indifferente site areas to reduce
electrical energy consumption
during working hours.

2022

Electricity

35432

Free cooling forsecondary AHUs

Implement free cooling logic into
secondary process. AHU
automation

2022

Electricity

78182

Lockers room air
recirculation

Reduce fresh air intake

2022

Electricity

99551

Chilled water
replacement

Install 3-way valves into 2-way
valves that will modulateaccording to temperature area

2022

Electricity

28195

Transformer
efficiency

Power transformer removal.
Associated circuits will be
relocated among the rest of the
low voltage distribution cabinets

2022

Electricity

30240

Type
of
energy used

Emission reduction[kg CO2 eq / year]

Philip Morris Operations a.d. Niš
Project name

Description

Year

Free Cooling

Usage of outside Air forindirect cooling insid
HVAC

2017

Electricity
Natural gas

63,114
159,867

Installation of GEMT
metersInstallation of energy
meters Level 1 & 2

2012/2014

Electricity/Gas

49,875

Electricity Greencertificate

Purchasing of green
certificates for electricity
on a yearly basis ensurethat electricity consumed
in the factory is producedby 100% renewablesources.

2018

Electricity

16,206,865

Adiabatic
humidification

Usage of high pressurize
water for air humidification

2018

Gas

650,655

32

inside HVAC instead or
steam
LED light

Installation of LED lightinside production BLD. &warehouses

2018Electricity

319,197

HR on Atlas Copcovacuum pumps

Installation of plate heatexchangers inside vacuum
pumps and usage ofgenerated heat for sanitarywater heating (instead
usage of steam)

2019

Water/Gas

93,261Dead band & AI in
HVAC

New working pattern for
AHU’s

2021

Electricity

239,398

FTD Heat Recovery

Installation of heatexchanger on process air
flof. Usage of produced
hot water for heating of
Administration building

2022

Steam

289,113

Phillip Morris Investment B.V.LTD Jordan
Project name

Description

Year

Type ofenergy used

Implement LPG
system (liquefied
petroleum gas)

Replace diesel boilers to
LPG boilers

2020

Fuel

Chilled water system
upgradeVFD (Variable Frequency
Drive) installation onchiller pumps

2020

Electricity

Steam to Adiabatic
Humidification

Steam humidification
system change into
adiabatic system

2020

Fuel

steam reduction KTP
implementation

Steam pressure reduction
to 5.2 bar

2021

Fuel

Dead BandAHU operation
optimization led to reducerunning time

Emission reduction[kg GHG / year]

254,301

468,7042021

Electricity

33

Compressed Air
Systemcentralized controller forcompressor operations

2021

Electricity

CA& Vacuum
Equipment

Heat recovery fromvacuum system
Automatic shut off valves2022

Electricity

HVAC

AHU fans controller
installation

2022

Electricity

Steam System

Steam piping insulation
works

2022

Fuel

Steam lines
improvement

Reduce extra piping
length in network

2022

Fuel

Street lighting project

Replace 40 street(parking, gardening areaetc) lighting units to LED

2022

Electricity

ESI Wave2- Ultrasonic
Leakage detection
camera making

Compressed air leakage
detection equipment tosupport the maintenanceprocedures and ensure
the mitigation of losses.

2022

Electricity

Working Days
optimization for CA(compressed air)chamber

Identification of tobacco
types to be treated (ET)and ensure that chamber
only operate with full batch
quantity

2022

Electricity

Green Electricity
CertificatesGreen certificatespurchasing on a yearlybasis for electricity

2022

Electricity

324,124

1377603 Kg GHG

Philip Morris Romania SRL
Project name

Description

Year

Type ofenergy used

Emission reduction[kg CO2 eq / year]

Electricity Greencertificate

Purchasing of green
certificates on a yearlybasis ensure thatelectricity consumed in thefactory is produced by
100% renewable sources.

2021

Electricity

9,142Electricity Greencertificate

Green electricity
certificates purchasing ona yearly basis2022

Electricity

10,88934

ES08.02
ECO

Condensing

A stack economizer is an
exchanger designed torecover the heat containedin the hot flue gases fromboilers; the heat istransferred to a hot water
system2021

Gas

350,966

Installation of GEMT
metersInstallationofenergymeters Level 1 & 2 for
consumption monitoringand improvement

2016/2021

Electricity/Gas

110,000

Boiler O2 & CO control

Installation of O2 and CO
Sensorscanfurther
optimize the efficiency ofthe boilers.

2021

Gas

16,000Boilers
stops
production

w/o

Implement
automatic
trigger in BMS based on
critical conditions definedfor boiler stop during noCast Leaf production

2021

Gas

80,000

ES21
Thermalinsulation in PrimaryequipmentThis project
helps toconver the uninsulated
surfaces from Primary
Dryers both lines (heatexchanger,
condensate
traps, isolation valves).

2022

Gas

212,000

ES16.06 - Insulation ofboiler surface

Coverage of front andback plates of the boiler
that are curently
uninsulated from Building
Q (3 x Boilers). The
insulation is manufactured
by Robomatic, with easy
acces in case ofmaintenance.

2022

Gas

12,000Specific reduction
steam CL process

Primary team initiatives toreduce the specific steam
in Cast Leaf process
tracking in Primary DDS

2021/2022

Gas

410,605

ES16.21
Mutiplesteam
stations
interconnection (Q-G
Steam connection)

Scope of this project is tointerconnect the 2 Steamproductions stations,
Digiprint production area
(Building G and Building
Q, keeping the possibility
to be run as independent

2022

Gas

503,00035

stations; back-up
solutions).
ES05.15
Optimizer

Chiller

Improve efficiency in thecooling station

2021

Electricity

51,945

Shutoff

Reduce the consumptionof compressed air during
no production demand(shutdown periods, andnormal working period)

2021

Electricity

80,569multiplestations

Increase cooling efficiency
for building C2 coolingrequirement by suppling
the cooling energy from B
station that has a higher
technical performance

2021

Electricity

191,410Specific consumption
reduction Secondary
RRP production

Improve performance of
production equipment
during normal production,
focus on loss elimination

2022

Electricity

370,523

Specific consumption
reduction Secondary
CC production

Improve performance of
production equipment
during normal production,
focus on loss elimination

2022

Electricity

37,277

Specific consumption
reduction Primary RRP
production

Improve performance of
production equipment
during normal production,
focus on loss elimination

2022

Electricity

88,086

Specific consumption
reduction
DigiPrint
production

Improve performance of
production equipment
during normal production,
focus on loss elimination

2022

Electricity

229,804

Temperature setpoint
optimization for AHU04– Dryer Area

Increase energy efficiency
by eliminating the need ofexcess cooling during
normal production in linewith Quality requirements(Quality limits 24 +/- 6
degrees, setpoint was set
at 24 degrees, newsetpoint 27 degrees)

2022

Electricity

7,838

ES06.02 - EfficientLighting - T5 to LED

Reduce energy
consumption used bylighting systems by

2022

Electricity

44,993

ES31.12valvesCA

Interconectcooling(BtoC2)36

replacing old T5 sources
with LED
ES05.14 - Adiabatic
Humidification for Dry
Coolers and Air Cooled
chillers

Reduce energy
consumption during
summer period byprecooling the air for the
Air Cooled chiller

2022

Electricity

54,492

ES05.11.3 - low dTcontrol replacement of
three way valves with
two way valves

increase energy
consumption efficiency byreplacing the 3-way valves
with 2-way in order tomaximize the heat transfer
in AHU’s heating/coolingcoils.

2022

Electricity

16,306

3.3 Planned GHG emissions reduction initiatives
Table 3.3 shows main initiatives identified and their estimated reduction for the commitment period to2023/2025 for PMI factories included in Cluster 1. For ease of reading, the initiatives have been split by entity:
Table 3.3 - Planned GHG emissions reduction initiatives in Cluster 1
Philip Morris SA – Neuchatel
Initiative name

Description

YearplannedTypeofenergy used

Estimated reduction[kg CO2eq]

Pyrolysis
installation

Addition of a Pyrolysis to treat onsite biogenic waste (paper,
tobacco, wood, tobacco) andgenerate syn gas to produce steam

2023

Gas

1500000

Primary insulation
improvement

Insulate remaining steam pipes andvalves in order to reduce heatlosses

2023

Gas

Car fleet

Conversion from diesel fleet tohybrid fleet and increase own
charging stations.

2021/2024

Electricity
Dieseland37

SteamTrap
Monitoring System

Inline monitoring of the steam traps
to reduce steam losses

2024

Gas

4000

Insulation of steam
traps

Ensure proper insulation of steam
traps to reduce losses

2024

Gas

4000

Two-tier control forstaging of multiple
boilers

Install a controller to ensure thatboiler staging is linked to steam
demand instead of pressure
staging

2024

Gas

2000

Photovoltaic
panels to produce
renewable energy
on siteImplement solar photovoltaic
panels on the roofs of the
Production and IDC buildings

2024Electricity

0 (as per green electricy
purchasing)Type ofenergy used

Estimated reduction[kg CO2 eq]

UAB Philip Morris Lietuva
Initiative name

Description

YearplannedHeat recovery via Heatpump - On Secondary
dedusting

Heat pump installation on
dedusting system.

2025

Fuel

78784

Baseloadassessment
andreduction
installation of low load
steam generator

Installation of gas typesteam generator. Steamboilers use gas constantly,
generators can turn on/off
without preheating.

2025

Fuel

65449

Central Cooling - Filter
MakersInstallation of centralized
cooling system forproduction machinary.
A cleaning process toclean chiller units andrestore internal heatexchange capabilities, byremoving oil sedements.

2023/2024

Electricity

1690342023/2024

Electricity

141496

Operation optimization inCompressed Air andSteamsystemCompressed

Air pressure reduction (to6.0 bar)2024

Electricity

72467

Central Cooling

Filter Makers central
cooling2024

Electricity

46954

Heat recovery via Heatpump

On Secondary dedusting2024

Electricity/Fuel76654

Chilled water system
upgrade - Cryogen X4
refrigerant loop cleaning38Baseloadassessment
and reduction

Installation of low load
steam generator

2024

Fuel

55844

Philip Morris CR a.s.
Initiative
name

Year
plannedType of energy
usedEnergyreduction(GJ)

Estimated
reduction[kg CO2eq]

Steam system equipment Insulation of boiler surface

2023

Fuel - Natural
Gas

412

23 396

Steam system equipment
insulation

2023

Fuel - Natural
Gas

765

43 450Heat recovery in Steam System Deaerator Vent Condenser

2023

Fuel - Natural
Gas

537

30 536

ESI wave 2:
Chillers chilled water
systemoptimizer

Remote control of chiller plantwith help of optimizer.
Improvement of efficiency.

2023

Electricity

387

0 (green
electricity)

ESI wave 2:
AHU flow rate
optimization

Replacement of belt driven fansin HVAC air handling units with
EC fans. Improvement of fan
efficiency.

2024

Electricity

to becalculated

0 (green
electricity)

ESI wave 2:
Individual CA
meter persecondarymachines

Installation of individualcompressed air consumption
meters per linkup. Evaluation ofindividual KPIs and follow up
actions.

2023

Electricity

to becalculated

0 (green
electricity)

HVAC Air
BypassModification of AHU equipmentin Secondary HVAC.

2023

Electricity

1 011

0 (green
electricity)

ESI wave 32022-2025

New potential projects focusedon energy saving (electricity,
natural gas).

2024-2025

Electricity + Fuelto becalculated

to becalculated

Photovoltaic
powerplant

Photovoltaic powerplant2024-2025

Electricity

to becalculated

0 (green
electricity)

ESI wave 3:
Insulation ofsteam
equipment
ESI wave 3:
Insulation of
steam traps
ESI wave 3:
Deaerator Vent
Condenser

Description

Tabaqueira - Empresa Industrial de Tabacos, S.A. (Tabaqueira EIT, S.A.)
39

Initiative name

Description

YearplannedTypeofenergy used

Estimated
reduction
CO2eq]

Car fleet

Exchange of the automobile
diesel fleet for hybrid fleet andincrease own charging stations.

2021/2024

DieselEnergy Efficiency
Plan 2022 - 2025

Implementation of approximately
20 energy saving projects

2022/2025

Gas

750,000

Steam System
Equipment
UpgradeImprovement of the steam
production, transport and usage
infrastructure to avoid thermal
losses.

2022/2023

Gas

191,873

Venturi
traps

Replacement of normal steam
traps by Venturi technology inorder to reduce the steam
leackages to atmosphere2023/2024

Gas

284,809

Adiabatic
humidification

Implementation of direct area
humidification via water
atomization in order to reduce
steam consumption for HVAC

2023/2024

Gas/Electricity

588,998

FTD heat recovery

Implementation of a heatexchanger on ehxaust gas from
Flash Tower Dryier in order toreduce gas consumption

2023

Gas

25,505

Efficient Lighting

Replacement of indoor lighting
for LED technology as well as
implementing active controls

2022/2023

Electricity

261,865

Mechanical drives
optimization

Replacement of electrical motors
for more efficient technology

2023/2024

Cryogenrefrigerant
cleaning

Installation of nanotech within
refrigerant loops of chilled water
plants

2023

steam

X4
loop

[kg

(green electricity;
4,961,668 MJ saving)
Electricity

31,661(green electricity;
599,893 MJ saving)

Electricity

24,024(green electricity;
455,194 MJ saving

Massalin Particulares S.R.L., Salta, Argentina
Initiative name

Description

YearplannedTypeofenergyused

Estimated reduction[kg CO2eq]40

LED Lighting

Replacement of lighting with LED
technologies

IREC-Renewable
Electricity

Green electricity certificatespurchasing process

Solar Park

Steam
Insulation

Pipe

Motor
Replacement

2023/2025

Electrical

109,6822023

Electricity

2,771,234

Installation of solar panels. Estimatedinstalled power 300kw and estimatedsurface 4500m2

2024/2025

Electrical

193,000

Installation of 200 meters of 2" steam
pipe with insulation materials

2023/2024

Gas

5,490

Purchase and installation of moreenergy efficient motors.

2023/2025

Electrical

131,164

PHILIP MORRIS BRASIL IND. COM. LTDA
Initiative name

Description

YearplannedType of energy
used

Estimated reduction[kg CO2eq]

Power Lab Shutdown
Initiative

Optimization of the air
conditioning system

2022/2023

Electricity and Fuel

15085

Optimization ofadministrative spaces

Optimization ofadministrative spaces

2022/2023

Electricity

1524

Baseload assessment
and reduction - internalenergy audits

Audits and daily control of
KPIs via boards andPowerBi

2022/2023

Electricity

3852

Baseload assessment
and reduction - Primaryenergy centerlines

Audits and daily control of
KPIs via Boards andPowerBi

2022/2023

Electricity

3852

41

Baseload assessment
and reduction Secondary energy
centerlines

Audits and daily control of
KPIs via Boards andPowerBi

2022/2023

Electricity

4669

Baseload assessment
and reduction - GEMT
level 4 - Secondary
Link-Ups

Audits and daily control of
KPIs via Boards and PowerBi

2022/2023

Electricity

4669

Development E-Sight

Audits and daily control of
KPIs via Boards andPowerBi

2022/2023

Electricity

17484

Installation of timed
valves in the rotary
valves of the biomass
boilerCompressed air valve
opening timing

2022/2023

Electricity

3922

Shutdown ofpressurizers on
weekends

Shutdown of pressurizers
on weekends

2022/2023

Electricity

Shutdown CAEs ADM
das 11h-14h

Shutdown of air
conditioning in
administrative areas atcertain times

2023

Electricity

17349

Case 4 - Print Shop

Automation of theoperation of Uteco exhaust
fans

2023

Electricity

901

Diet Fan - Power
Reduction

Engine Replacement

2023

Electricity

7173

Case 1 - Print Shop

Changing motors of theprinter's fans

2023

Electricity

4154

Case 2 - Print Shop

Replacement of pneumaticscrewdriver with electricscrewdriver

2023

Electricity

123

Case 3 - Print Shop

Automation of theoperation of Lemanic
exhaust fans to reduce
consumption

2023

Electricity

852

Case 6 - Print Shop

Electropneumatic valve
installation

2023

Electricity

295

Reduction cold water
valve C1A and C1B

Centerline tuning

2023

Electricity

15812

To be estimated42Scraper Crusher

Study on scraper systemfor paper.

2023

Electricity

1694

Papastratos Cigarette Manufacturing Company, S.A.
Initiative name

Description

Year plannedTypeofenergy used

Estimated
reduction[kg
CO2eq / year]

Air recirculation in
QA building AHUs

Air recirculation instead ofdischarge, reduce energy
consumption

2022 (as of
September 22)/2023

Electricity/Gas

44,000Adiabatic
humidification

Traditional humidifiers workwith steam. Adiabatic
humidifiers work withelectricity and consume lessenergy2024

Gas

300,000

Steam insulation
improvements

Replace or install insulationon the steam network.

2023

Gas

180,000

Venturi steamtraps

Reduce steam loss from
regular steam traps.

2023

Gas

150,000

Zero carbon
technology project

Installation of electric boilerand Heat pumps to reduce
the fuel consumption

2025

Gas

9,500,000

Philip Morris Manufacturing Senegal S.A.R.L.
Initiative name

Description

YearplannedType of energy used

Estimated reduction[kg CO2eq]

EnergyInitiative

Adiabatic system
implementation

2023

Electricity

Estimated reduction inElectricity consumption
0.39%

Boilers to be switchedfrom fuel gasoline tonatural gas

2024

Fuel consumption

Installation of new chiller &
HAU

2023

Saving

-

2.88

43

Installation of VSD(Variable Speed Drive)
compressor, improving
energy efficiency
consumption

2023

Electricity

2.98

Air Leakage detection
project

2023

Electricity

2.23

PV solar energy project2025

Electricity

Energy meters level 3
implementation

2023

Electricity

Water piping revamp: putthem all visible2024Electricity

Step waste water
treatment revamp

2024Electrictity

Green Leaf Threshing Plant, Philip Morris (Pakistan) Limited, Mardan Pakistan
Initiative name

Description

YearplannedType of energy used

Estimated reduction[kg CO2eq]

Energy Purchasefrom WAPDA

Offsetting 25-70% (annual)electricity generation from
Gensets via purchase from
WAPDA

2023/2025

Diesel Oil

296,118 (estimatedsaving in 2023)

Solar
Project

Generating 48% of
daytime electrical energy
via Solar Power
Replacement of remaining
lights with LED SMD lights

2024/2025

Diesel Oil & Electricity

70,800 (estimatedsaving in 2024)

2023

Electricity

4,751

Electricity
conservation
Initiatives

Automatic regulation of
Cooling Hall temperature
to avoid idle running ofventilation fans2023/2025

Electricity

658 (estimated saving
in 2023)

Electricity
conservation
Initiatives

Utilization of Motorized
Pallet Trolley batteries
during off-season for
security lights

2023/2025

Electricity

3,175 (estimatedsaving in 2023)

LPG Conservation
Initiative

Conversion of Boiler #1 on
LPG – for low throughput
grades2023/2025

LPG

30,407(estimatedsaving in 2023)

LPG Conservation
Initiative

Installation of water
heating jacket on Boiler

2023/2025

LPG

15,580(estimatedsaving in 2023

Power

Electricity
conservation
Initiatives

44

LPG Conservation
Initiative

Increase Storage Capacityof Feed Water
Candensate Tank

2023/2025

LPG

7,713 (estimated saving
in 2023)

LPG Conservation
Initiative

Insulation of Steam control
valves & condensate line
and tank

2023/2025

LPG

4,627 (estimated saving
in 2023)

LPG Conservation
Initiative

Automation of Stem Dryer

2023/2025

LPG

7,713 (estimated saving
in 2023)

LPG Conservation
Initiative

Seat regeneration/repair of
all steam control valves

2023/2025

LPG

4,627 (estimated saving
in 2023)

DieselConservation
Initiative

Diesel to Electricity
Conversion Loss – Genset
efficiency

2023

Diesel Oil

14,417

DieselConservation
Initiative

Electricity Consumption
Loss -at plant machinery(dynamic balancing ofrotary equipment)

2023

Diesel Oil

2,855 (estimated saving
in 2023)

DieselConservation
Initiative

Separate cleaning air
points and reduce airpressure to avoid losses
and installation of no loss
drain traps on air storagetanks

2023/2025

Diesel Oil

2,855 (estimated saving
in 2023)

ECO Driving

ECO driving awarenessthrough practical defensive& commentary drive
training session

2023/2025

Petrol800

Environment
friendly vehicles
procurement

Evaluation of GHG
emissions of new vehicles
to be procured as per
emission caps of WLTP or
NEDC mentioned in
EHS.D.500

2022/2025

Petrol

1200

Reduction in fleet CO2
emissions throughmonitoring of fleet
telematics engine idlingviolation

2022/2025

PetrolEnginemonitoring

idlingECO
driving
through telematics

Eco-driving ThroughTelematics-Training500

2021/2025

Petrol250

45

-Reporting-Communication

PT. HM Sampoerna, Sukorejo Plant, Indonesia and PT. Sampoerna Indonesia Sembilan – Sukorejo
Plant, Indonesia
Initiative name

Description

YearplannedType of energy used

Estimated reduction[kg CO2eq]

Biomass Boiler

Implementation
boilerprocess to produce steam
by using biomass fuels(wood palette as a sourceof boiler energy)
Boilerinstallation
economizer, O2 Trimmingor oxygen management,
and automatic blowdown
can all help to improveboiler efficiency.
Replacing non LED lights
become LED light, in order
toreduceelectricity
consumption

2023/2024

Wood palette

Reduce 50%
consumption

2023/2025

Gas Energy

Emission
reduction:
308,42 CO2 eq
Reduced the energy to1498,40 GJ / year

2023/2025

Electricity Energy

Emission
reduction:
6,62 CO2 eq
Reduced the energy to
102,87 GJ / year

Solar Panel

Implementing renewableenergy by using sunlight asa source of energy

2023/2025

Renewable Energy

Emission
reduction:
18,51 CO2 eq
Reduced the energy to281,28 GJ / year

Ionizer for GEG

Install ionizer into the Gas
Engine Machine to reduceenergy consumption

2023/2025

Gas Energy

Emission
reduction:
143,76 CO2 eq
Reduced the energy to698,43 GJ / year

Installing Magnetic
Chiller Pump

Replaced all chiller motor
pump with high efficiency
motor pump type2023/2025

Electricity Energy

Emission
reduction:
0,16 CO2 eq
Reduced the energy to
0,775 GJ / year

UpgradeCompressor

Replaced the conventional
compressor
with highefficiency compressor

2023/2025

Electricity Energy

Emission
reduction:
147,89 CO2 eq
Reduced the energy to718,06 GJ / year

Cooling
Improvement

Repair and maintenancethe HVAC system

2023/2025

Electricity Energy

Emission
reduction:
0,031 CO2 eq
Reduced the energy to548,50 GJ / year

Blow
Down
System,BoilerEconomizer, andoxygen control
Lighting Upgradein Clove, Primary,andSecondaryProcess

energy46

InstallCompressed
Auto Cut Off

Install the automaticalvalve in the production
area (compressed air auto
cut off) due to reduceenergy consumption

2023/2025

Electricity Energy

Emission
reduction:
23,59 CO2 eq
Reduced the energy to
114,60 GJ / year

Controlling SKJAHU Fan Speed

Control the frequency of
FAN AHU Motor using VSD(Variable Speed Drive) as
an indicator of energy
saving2023/2025

Electricity Energy

Emission
reduction:
0,05 CO2 eq
Reduced the energy to
840 GJ / year

Optimizing Chiller

Monitoring the running ofelectric chillers, chiller
absorbers, CWP, CHWP,
andCooling
Towersthrough
SBO(StruXureware
Building
Operator) at SKM and PP
in real time and can beaccessed through several
devices
Changing the AHU Fan
from motor to EC Motor
type2023/2025

Electricity Energy

Emission
reduction:
0,0528 CO2 eq
Reduced the energy to
924 GJ / year

2023/2025

Electricity Energy

Emission
reduction:
37,91 CO2 eq
Reduced the energy to4995,02 GJ / year

Installing
SKM
Ripping Machine
without
using
Steam

Eliminate
consumptionengines

steam
riper

2023/2025

Gas Energy

Emission
reduction:
23,59 CO2 eq
Reduced the energy to2683,03 GJ / year

Wireless
Steam
Trap
Monitoring
SystemInstall
steam
trap
monitoring
systemtoreduce loss in steam usage2023/2025

Gas Energy

Estimated reduction:
2737 GJ/year

VFD
on
every
pumps above 5 kW

optimized pump based On
Best Efficiency Point of
Pump
Install VSD to optimize
electricity usage in pump2023/2025

Electricity Energy

Estimated reduction:
523 GJ/year

2023/2025

Electricity Energy

Estimated reduction:
1029 GJ/year

2023/2025

Gas Energy

Estimated reduction:
84 GJ/year

InstallCompressor
Optimizer
andLinkup pipe to SPP

InstallO2
monitoring
system in FTD burner toincrease efficiency
Install
Optimizer
inCompressor to optimize
compressor runing andinstall CA pipe to SPP(Optimize Compressor)

2023/2025

Electricity Energy

Estimated reduction:
3717 GJ/year

Initiative name

Description

Air

Installing AHU EC
FANVFD on every fan
above 5 kW
FTD O2 Monitoring
systeminYearplannedType of energy

Estimated reduction[kg CO2eq]47

Lighting Upgradein Clove, Primary,andSecondaryProcess
Installing AHU EC
FAN

Replacing non LED lights become
LED light, in order to reduce
electricity consumption

2023

Electricity

Estimated Percentage
of electricity saved in
SIS Sukorejo is 1,70 %Changing the AHU Fan from motor
to EC Motor type2023

Electricity

Estimated Percentage
of electricity saved in
SIS Sukorejo is 1,70 %PT. HM Sampoerna - Sigaret Kretek Tangan (SKT) Malang, Rungkut 1, Rungkut 2, Kraksaan.
Initiative name

Optimize
Utilization
lighting&
Conditioning

Description

YearplannedTypeofenergy used

Estimated reduction-

Optimize lighting & AC by installing
timer/presence sensor at production unit
Warehouse, Offices, Toilet, Server
Room, Production,etc

2023

Electricity

ofAir

Optimize lighting
at production area

Large power lamps replacement with amore efficient ones.

2023

Electricity

Optimize
utilization of utility

Optimize running time of Exhaust Fan,
Optimize room temperature for serverroom (250 C), VSD (Variable speed
drive) for exhaust > 5 KW

2023

Electricity[kg CO2eq]--

PT Hanjaya Mandala Sampoerna Tbk, Karawang Plant, Indonesia
Initiative name

Description

YearplannedType of energy used

Estimated reduction[kg CO2eq]

Biomass Boiler

Biomass boiler
implementation to
produce steam by using
biomass fuels (woodpalette)2023/2024

Wood palette

Estimated 1,031,355

Chiller Absorption

Chiller absorption
installation which reuses
heat from the new
biomass boiler.
Steam turbine installation
which uses steam frombiomass boiler to rotate
the turbine. Operated
parallel with electricity

2023/2024

Wood palette

526

2023/2024

Wood palette

2,811

Steam Turbine

48

supplied from state owned
electricity company

PT Philip Morris Indonesia -Karawang International
Initiative name

Description

YearplannedType of energy used

Estimated reduction[kg CO2eq]

Biomass Boiler

Biomass Boiler installation
to produce steam by using
biomass
fuels(wood
palette)2023/2024

Wood palette

1,031,355

Chiller Absorption

Chiller absorption
installation that reuses
heat from the new
biomass boiler.
Steam turbine installation
uses steam from biomass
boiler to rotate the turbine.
Operated parallel withelectricity supplied fromstate owned electricity
company.

2023/2024

Wood palette

1072023/2024

Wood palette

291

Steam Turbine

Massalin Particulares S.R.L, Merlo plant, Argentina
Initiative name

Description

Year plannedTypeofenergy used

Estimated
reduction[kg CO2eq]

Solar Park

Install photovoltaic solar plant

2024/2025

Electricity

370181

Steam traps

Steam system equipment upgrade.
Installation of Venturi steam traps

2023/2024

Gas

105642

Flash steam recovery

Heat recovery equipment installationin condensate return line. This
energy will be used to reheat boiler
water (55º to 80º)

2023/2024

Gas

26341

49

Burner air preheating(Heat recovery
vacuum)Recover heat in vacuum systems
exhaust. This energy will berecovered as boiler's burner air
preheating. New pipes will be
installed and automation will be
implemented

2023

Gas

20972

Philip Morris Operations a.d. Niš
Initiative name

Description

YearplannedType
used

Venturi
traps

Venturi steam traps
installation

2023/2025

Gas

151,820

Adiabatic
humidification

Adiabatic humidifiers
installation

2023/2025

Gas

173,508

New steam boiler

New steam boiler
installation

2023/2025

Gas

455,459

Solar PV plant

Increase the efficiency ofthe boiler economizer andreduce fuel consumption.

2024/2025

Electricity

2,839,010

New
centrifugal
compressor

Monitoring the proper
operation of steamtraps
for timely maintenanceand reduction of steam
losses.

2024/2025

Gas

390,394

steam

ofenergyEstimated
reduction [kgCO2eq / year]

Phillip Morris Investment B.V.LTD Jordan

Initiative name

Description

Green Electricity
Certificatesgreen certificates on a yearly basis
purchasing for electricity

Dust Collector
VFD Activation

VFD (Variable Frequency Drive)
installation to dust collector
motorsYear planned

Type of energy
used

2023

Electricity

Estimated
reduction[kg GHG /year]

10728912023/2024

Electricity

50

Primary packageunitsPrimary package units
engagement to chiller

Electricity

Reduce the CA(Compressed air)main pressure by
0.2 bar on stages

Reduce compressed ait pressure
at 5.5 bar and eliminate leakages

Electricity

Supply Secondary
Electrical room bycentral HVAC

Replace standalone HVAC in
power room with ducting
connected to Secondary AHUElectricity

Ventilation
systems
consumption
reduction(fresh/exhaust
AHU's)

Replace fresh/exhaust AHU's withstandalone ventilation fans

Electricity

Temperature &Relative Humidity(T & RH)
equipment
consumption
optimization

Optimize storage areas of Cut
Filler in Primary and switch off Bin
filling station AC (Air Conditioning)unitElectricity

Offices motion
sensors

Installation of motion sensors inmanufacturing offices

Electricity

Reduce lighting units in yards
Baseload
Reduction
initiatives

Switch off power source inside
Secondary during weekends

Electricity

Dismantle Hot Melt
PV system
implementation

PV system implementation

Electricity

Philip Morris Romania SRL
Initiative name

Description

YearplannedType of energy
used

Estimated
reduction
CO2eq / year]

Specific
reduction
steam CL process

Maintain and improve
good results on the
project excuted in
2021/2022

2023

Gas

58,439ES08.05 - Deaerator
Vent Condenser andES08.09
Open

Recovery and usage ofthe energy from the flash
steam from deaerator

2023

Gas

86,000[kg

51

condensate tank Vent
Condenser

and condensate tankthrough a recovery
system for eachequipment.

Expandfactory
metering system

Installation of energy
meters Level 2 & 3 for
consumption monitoringand improvement

2023/2024

Electricity

108,853

Solar PV panels on
rooftops and parking
lot

Install solar PV panels on
all factory rooftops andparking lot to produce
electricity during the day

2024/2025

Electricity

1,135

Heat pumps

Installation of heatpumps to produce hotwater for heating,replacing the current
solution of steam

2024/2025

Gas

3,421,634

Specific consumption
reduction Secondary
RRP production

Improve performance of
production equipment
during normal
production, focus on loss
elimination

2023

Electricity

174,632

2023

Electricity

65,080Specific
reduction
SecondaryCC
production

2023

Electricity

18,493Specific consumption
reduction
Primary
RRP production

2023

Electricity

132,8542023

Electricity

180,952

Specific consumption
reduction
DigiPrint
production

Buildings
consumption
reduction

Increasing awearnes of
PMR employees
regarding energy
consumption

Actual emissions reductions will be measured in terms of intensity metrics relating to production output.

52

4 Carbon offset program
4.1 Offset program for the this application period
PMI has an offsetting program in place to support the carbon neutrality, based on quality criteria aligned withthe most rigorous international standards and targeting social and economic benefits.
Carbon neutrality is achieved by reducing and compensating Greenhouse Gases (GHG) emissions throughsupporting the development of sustainable climate solutions in developing countries. Compensation projects
bring social, environmental and economic benefits, which contribute to United Nations Sustainable
Development Goals (SDGs) and are labelled by independent carbon standards such as Standard (VCS)1 ,Climate Community and Biodiversity Alliance (CCBA)2, Gold Standard3, and other offsets as endorsed
in PAS2060.
To compensate 2022 GHG emissions, PMI has selected a set of carbon projects as described in paragraph
4.2.
Credits were retired by 5th and 6th October 2023
These projects are supported by publicly available project documentation on the GSF Registry(goldstandard.org)4) and on https://registry.verra.org/. The registry system is the central storehouse of data on
all registered projects, and tracks the generation, retirement and cancellation of all credits. To register with theprogram, projects must show that they have met all standards and methodological requirements.

1

https://verra.org/

2

http://www.climate-standards.org/

3

https://www.goldstandard.org/

4

https://registry.goldstandard.org/projects?q=&page=1t
53

4.2 Offsetting project(s)Offsetting projects selected by PMI Cluster 1 for compensating the 2022 emissions are:
# Project Name
Carboncredits
Official project link
allocation
tons%

1 Jari/Amapa – VCS 1115
REDD+ Project located in the Brazilian Amazon state of
Amapá

4,295

6.9%

2 Rimba Raya – VCS 674
The Rimba Raya Biodiversity Reserve Project, an
initiative by InfiniteEARTH, State/Province Central
Kalimantan

24,85239.8%

https://registry.verra.org/app/projectDetail/VCS/
674

21.9%

https://registry.verra.org/app/projectDetail/VCS/
1571

3 Manoa – VCS 1571
REDD+ Project is a partnership between Biofílica andGrupo Triângulo, located at Manoa Farm, city of
Cujubim, state of Rondônia

13,695

4 Impact Carbon and myclimate Safe Water andImproved Cookstoves Global PoA – GS 2296
Safe Water and Improved Cookstoves Global PoA Uganda VPA. The project reduces greenhouse gas
emissions through the promotion of household andcommunity level clean water technologies and improved
cookstoves

https://registry.goldstan
dard.org/projects/details
/314
9,250

14.8%

5 WWF cookstove projects in China – GS 1094, GS
1095, GS 2429

https://registry.goldstan
dard.org/projects/details/69

The project reduces greenhouse gas emissions throughthe promotion of household and community level cleanwater technologies and improved cookstoves
WWF Mamize Firewood-Saving Cook Stove Project I,
WWF Mamize Firewood-Saving Cook Stove Project III
and WWF Ningshan County High Efficient Cook Stove
Project

https://registry.verra.org/app/projectDetail/VCS/1115

http1s://registry.goldsta
ndard.org/projects/detai
ls/1672
10,313

16.5%
https://registry.goldstan
dard.org/projects/details/344
https://registry.goldstan
dard.org/projects/details/314

62,405100%
54

The offsets are allocated to the individual entities as per following table:

Reporting Entity

Project chosen forcompensation

Credits allocated forcompensation (tons)

VintageLT (Klaipeda)

Rimba Raya

115

2016

CH (PMP SA Neuch)

Uganda water

1006

2016

PT (TABAQUEIRA)

Jari Amapa

4295

2016

CZ (Kutna Hora)

Uganda water

3309

2016

BR (Santa Cruz)

China Cookstove

2953

2016

GR (PAPASTRATOS)

Rimba Raya

9972

2016

AR LF (MASSALIN Lrm)

China Cookstove

5056

2016

SN (Dakar)

Rimba Raya

316

2016

PK LF (PMPK Mard)

Rimba Raya

2285

2016

ID (PTSIS Sukorejo)

Rimba Raya

20

2016

ID (SAMP Sukorejo)
ID SKT (Rungkut 1
SAMPOERNA)ID SKT (Rungkut 2
SAMPOERNA)ID SKT (Malang
SAMPOERNA)ID SKT (Kraksaan
SAMPOERNA)
ID (PTPMI Karawang)

Rimba Raya

6750

2016

Rimba Raya

50

2016

Rimba Raya

9

2016

Rimba Raya

2

2016

Rimba Raya

12

2016

Rimba Raya

1009

2016

ID (SAMP Karawang)

Rimba Raya

4312

2016

AR (MASSALIN Merlo)

China Cookstove

2304

2016

RO (Bucharest)

Manoa

13695

2017

RS (DIN)

Uganda water

4638

2016

JO (Amman)

Uganda water

297

2016

TOTAL

62,40555

4.3 Amount of credits purchased
Credits have been ordered by PMI for the period covering 1st of January 2022 – 31st December 2022.
The amount of credits purchased is 62405 tons of CO2 equivalent, it is composed by two contributions:o 60587 tons of CO2 equivalent, amount evaluated for this application periodo 1818 tons of CO2 equivalent, that represent an additional 3% of the baseline carbon footprint tocover all the exclusions (Annex C) and to preclude underestimation.
We can reasonably assume that PMI Cluster 1 Factories Carbon Neutral covers 100% of the GHG emissions.
PMI Cluster 1 Manufacturing entities portfolio offsetting credits is composed as per the table in paragraph 4.2
The Gold Standard and VERRA guarantee that the offsets generated represent genuine, additional GHG
emission reductions. The projects are technically designed so as to enable the quantification of a specificnumber of emissions reductions/removals the carbon credits expected from each farm/forest. The Gold
Standard and VERRA label also guarantee that the projects involved in delivering credits meet the criteria ofadditionality, permanence, leakage and double counting.
It also guarantee that the units were verified by an independent thid-party and that the credits were only issued
after the emission reduction has taken place.
Retired credits certificates are attached on behalf of PMI for Cluster 1 of manufacturing entities, for offsetting
unavoidable emissions, year 2022.
https://registry.goldstandard.org/batch-retirements/details/153634
https://registry.goldstandard.org/batch-retirements/details/153635
https://registry.goldstandard.org/batch-retirements/details/153637
https://registry.goldstandard.org/batch-retirements/details/153638
https://registry.goldstandard.org/batch-retirements/details/153639
https://registry.goldstandard.org/batch-retirements/details/153640
https://registry.goldstandard.org/batch-retirements/details/153641
https://registry.goldstandard.org/batch-retirements/details/153642
https://registry.goldstandard.org/batch-retirements/details/153643
https://registry.goldstandard.org/batch-retirements/details/153644
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=220130
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=176265
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=220121
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=220120
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=220119
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=220117
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=219938
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=219932
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=128776
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=219933
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=219934
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=219935
56https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=219936
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=219937
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=160601
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=153547
https://registry.verra.org/myModule/rpt/myrpt.asp?r=206&h=160166

57

58

59

60

61

62

63

64

65

66

67

68

69

70

4.5 Compensation programme for the subsequent application periods
For subsequent application periods, PMI will cancel the volume of carbon credits required once the emission
calculations are completed for the period. The volumes of credits required by PMI affiliates grouped in
Cluster 1 will be confirmed upon completion of the greenhouse gas inventory audit for that Application Period.
The portfolio composition and share among projects will be determined based on the volume of credits.

71

5 Annex A – Carbon Neutral Assurance letter

72

73

74

6 Annex B – Qualifying Explanatory Statements (QES) checklist

EHS.D.410.F02%20QE
S%20Check%20List%20v0.8-%20TAB.xlsx75

7 Annex C – Scope 1, 2 and 3 emissions inclusion and exclusion
Included and excluded emission sources related to the subject(s) are presented below, together with
explanation for exclusions.
EmissionsourceDescription

Inclusion
exclusion

Justification of Exclusion

1.1

Stationary
combustion

Combustion of fuels in boilers
andfurnacesforthegeneration of heat and steam,used for production processes
and heating of buildings

Included-

1.2

Mobilecombustion
sources

Transportation of employees
and goods with cars underaffiliate control.

Included-

1.3

Process
emissions

Emissions occurring during the
production process (DIET)

Included-

1.4

Fugitiveemissions

Refrigerant gases losses

Excluded

Identified as below materiality
threshold within the GHG inventory

2.1

Electricity
consumption

Generationelectricity

Included-

2.2

Heat, steam
and/or cold
consumption

Purchase of heat, steam orcold energy not produced at
operation site.

Included-3

Scope 3All other indirect emissions

Excluded

Out of scope

Scope

of

purchased

Table 7.1 - Inclusions and exclusions76

8 Annex D – Uncertainty calculation
8.1 Uncertainty calculation
Uncertainties around the quantification of the carbon footprint have been assessed throughout theassessment following the guidelines released by ISO and available in the “GHG Protocol’s Measurement andEstimation Uncertainty of GHG Emissions tool” (supporting worksheet file “Uncertainty_Calculation_Tool”)5;
since the uncertainties are not known for all the parameters (activity data and emission factors), the IPCC
Guideline for National Greenhouse Inventories Reporting Instructions (1996) was used:- Activity data: 7%- Emission factor: 7%
All information can be accessed in the below file attached:

Uncertainty Cluster 1_21 entities.xlsx

Outcome of the uncertainty calculation (from uncertainty Cluster 1 attached file)

Table 8.1 - Uncertainty calculations

5

https://ghgprotocol.org/calculation-tools
77

1
Gas
CO2
CO2

Uncertainties due to emission Factors and Activity Data2
3
4
Source category
Emission factor
Activity data
Energy7%7%5Overall uncertainty
10%

Industrial Processes
Land Use Change
and Forrestry

7%

7%

10%

33%

50%

60%

CH4

Biomass Burning

50%

50%

100%

CH4

Oil and Nat. Gas Activities

55%

20%

60%

4

1

CO2

3

4

1

3

1

CH4

Rice cultivation

CH4

Waste

3

CH4

Animals

25%

10%

20%

CH4

Animal waste

20%

10%

20%

N20

Industrial Processes

35%

35%

N20

Agricultural Soils

2 orders of magnitude

N20

Biomass Burning

100%

2

1

50%

Note: Individual uncertainties that appear to be greater than ± 60% are not shown. Instead judgement as to the relative
importance of emissions factor and activity data uncertainties are shown as fractions which sum to one
Source:Revised 1996 IPCC Guidelines for National Greenhouse Gas
Inventories: Reporting Instructions

Table 8.2 - IPCC uncertainty data78

9 Annex E – Voluntary offset program
In this annex, shortlist of projects chosen for compensation of 2022 emissions.
#

Project Name

Official project link

Jari/Amapa – VCS 1115

https://registry.verra.org/app/projectDetail/1 REDD+ Project located in the Brazilian Amazon state
VCS/1115of Amapá
Rimba Raya – VCS 674

https://registry.verra.org/app/projectDetail/2 The Rimba Raya Biodiversity Reserve Project, an
initiative by InfiniteEARTH, State/Province Central VCS/674
Kalimantan
Manoa – VCS 1571

https://registry.verra.org/app/projectDetail/3 REDD+ Project is a partnership between Biofílica andGrupo Triângulo, located at Manoa Farm, city of VCS/1571
Cujubim, state of Rondônia
Impact Carbon and myclimate Safe Water andImproved Cookstoves Global PoA – GS 2296
The projects reduces greenhouse gas emissions https://registry.goldstandard.org/projects/d
4 through the promotion of household and community
etails/314
level clean
cookstoveswater

technologies

andimproved

WWF cookstove projects in China – GS 1094, GS
1095, GS 2429
The project reduces greenhouse gas emissions

https://registry.goldstandard.org/projects/d
etails/69

5 through the promotion of household and community https://registry.goldstandard.org/projects/dlevel clean water technologies and improved
etails/1672
cookstoves
https://registry.goldstandard.org/projects/d
etails/344
All the relevant project documentations can be found at the following link:
https://registry.verra.org/app/projectDetail/VCS/1115
https://registry.verra.org/app/projectDetail/VCS/674
https://registry.verra.org/app/projectDetail/VCS/1571
https://registry.goldstandard.org/projects/details/314
https://registry.goldstandard.org/projects/details/69
https://registry.goldstandard.org/projects/details/1672
https://registry.goldstandard.org/projects/details/344

79

10 Annex F – Renewable Energy CertificatesIn this annex, captured all the certificates for green electricity for the group of sites included in Cluster 1.

Philip Morris Products SA

80

Kutna Hora- Philip Morris CR a.s.

81

Papastratos Cigarette Manufacturing Company, S.A.

82

Philip Morris Lietuva

2022.09 Green2022.08 Green2022.07 Green2022.06 Green2022.05 Green2022.04 Green
Electricity Certificate.pdf
Electricity Certificate.pdf
Electricity Certificate.pdf
Electricity Certificate.pdf
Electricity Certificate.pdf
Electricity Certificate.pdf

2023.11 Green2022.03 Green2022.02 Green2022.01 Green2022.10 Green
Electricity Certificate.pdf
Electricity Certificate.pdf
Electricity Certificate.pdf
Electricity Certificate.pdf
Electricity Certificate.pdf

83

84

85

86

PHILIP MORRIS BRASIL IND. COM. LTDA.

87

PT Philip Morris Indonesia Karawang International88

PT Hanjaya Mandala Sampoerna Tbk, Karawang Plant, Indonesia

89

90

Green Leaf Threshing Plant, Philip Morris (Pakistan) Limited, Mardan Pakistan

91

Massalin Particulares S.R.L., Salta, Argentina.

92

Massalin Particulares S.R.L., Merlo, Argentina.

93PT. HM Sampoerna - Sigaret Kretek Tangan (SKT) Kraksaan

94

Philip Morris Operations a.d. Niš

PMI-3-101859529_C
PMI
PMI
PMI
PMI
PMI
S_Philip Morris Operations
12-101859529_CS_PHILIP
11-101859529_CS_PHILIP
10-101859529_CS_PHILIP
9-101859529_CS_PHILIP
8-101859529_CS_PHILIP
MORRIS
MORRIS OPERATIONSMORRIS
MORRIS
a.d. Niš_2022-03-2.pdf
OPERATIONSMORRISOPERATIONS A
OPERATIONSOPERATIONS
A.D. - NIŠ_2022-09.pdf
A.D. - NIŠ_2022-12-1.pdf
A.D. - NIŠ_2022-11-1.pdf
A.D. - NIŠ_2022-10.pdf

PMI
PMI
PMI
PMI
PMI
PMI
7-101859529_CS_Philip
6-101859529_CS_Philip
Morris Operations 5-101859529_CS_Philip
Operations 4-101859529_CS_Philip
Operations 2-101859529_CS_Philip
Operations 1-101859529_CS_Philip
Operations a.d.Morris
Operations a.d. Ni
a.d.Morris
a.d.Morris
a.d.Morris
a.d.Morris
Niš_2022-07.pdf
Niš_2022-06.pdf
Niš_2022-05.pdf
Niš_2022-04.pdf
Niš_2022-02.pdf

Philip Morris Investments B.V. Jordan

95

Philip Morris Romania SRL

96

PT HM Sampoerna

97PT. HM Sampoerna - Sigaret Kretek Tangan (SKT) Rungkut-1

98

PT. HM Sampoerna - Sigaret Kretek Tangan (SKT) Rungkut-2

99

PT. Sampoerna Indonesia Sembilan – Sukorejo Plant, Indonesia

100PT. HM Sampoerna - Sigaret Kretek Tangan (SKT) Malang

101Philip Morris Manufacturing Senegal S.A.R.L.

Tabaqueira- Empresa Industrial Tabacos S.A.

102

DECLARATION OF CARBON NEUTRALITYFOR CLUSTER 1 OF MANUFACTURING ENTITIES – YEAR 2023

Lausanne, 18th December 2023

Lausanne, 18th December 2023

Stephanie Thery
Head of Sustainability - Global Manufacturing
PMI Operations

Michael Scharer
VP Global Manufacturing
PMI Operations

103