Introduction of the Joint
Crediting Mechanism (JCM) &Financing Programme for
JCM Model Projects

Published in August 2024

Expanding JCM Partner Countries
Japan, aiming to facilitate global GHG emission reduction and removal, implements
the Joint Crediting Mechanism ( JCM) as a scheme for decarbonizing technology
diffusion and implementation measures to respond to challenges in partner countries
in a ﬂexible and swift manner.
The use of carbon market mechanisms, including the JCM, is articulated under Article
6 of the Paris Agreement. The market mechanism under Article 6, including the JCM,
is not only for GHG emission reduction, but also for the sustainable development of
the partner countries.
Japan has established partnerships with 29 countries (as of August 31st, 2024) andcontinues to communicate with other developing countries.

Mongolia

Bangladesh

Ethiopia

Kenya

Maldives

VietnamLao PDR

Indonesia

Costa Rica

Palau

Cambodia

MexicoSaudi Arabia

Chile

MyanmarThailandPhilippines

SenegalTunisia

Azerbaijan

Moldova

Georgia

Sri Lanka

Uzbekistan

Papua New Guinea

United Arab Emirates

KyrgyzKazakhstan

UkraineBasic Concept of the JCM● Facilitating diffusion of advanced decarbonizing technologies, products, systems,
services and infrastructure as well as implementing mitigation actions, andcontributing to the sustainable development of developing countries● Appropriately evaluating contributions from Japan to GHG emission reductions
and removals in a quantitative manner and using them to achieve Japan andpartner countryʼs NDC emission reduction targets● Contributing to the ultimate objective of the UNFCCC by facilitating global actions
for GHG emission reductions and removals

Japan

Operation and managementby the Joint Committee
which consists of representatives
from both sides

Position of the JCM in the Plan for Global Warming Countermeasures（Cabinet Decision, October 2021）

Japan will establish and implement the Joint Crediting Mechanism (JCM) in order to quantitatively evaluate
contributions of Japan to greenhouse gas emission reductions and removals which are achieved through the
diffusion of, among others, leading decarbonizing technologies, products, systems, services, and infrastructures aswell as through the implementation of measures in developing countries and others, and in order to use suchcontributions to achieve Japanʼs NDC. By doing so, through public-private collaborations, Japan aims to secure
accumulated emission reductions and removals at the level of approximately 100 million t-CO2 by ﬁscal year 2030.

JCM Global Partnership
JCM Global Partnership aims to strengthen international
partnerships towards decarbonization by facilitating
mutual communication among various entities such as
JCM partner countries, international organizations,
local governments, private companies and ﬁnancial
institutions for decarbonizing project development
through the JCM, the Article 6 of the Paris Agreement(market mechanisms), and achievement of SDGs.

Diffusion of advanced
decarbonizing technologies, etc.,
and implementation of mitigation actions

Credits are used toachieve Japan's emission
reductions target

Three Pillars of Activities

Credits

PartnerCountry
JCM Projects
MRV**measurement ,reportingand veriﬁcation

GHG emission
reductions/removals

http://carbon-markets.env.go.jp/eng/jcmgp/index.html

JCM Carbon Neutral Project
Promoting utilization of ﬁnancing schemes and business matchings to formulate JCM projects throughcollaboration among various stakeholders

JCM

Article 6 (Market mechanisms)

Sharing how the JCM is being implemented as a program under Article 6 of the Paris Agreement with actual cases

JCM SDGs
Sharing relevant information of JCMʼs contribution to SDGs

1

Overview of Japanʼs Support for the JCM Partner Countries
Ministry

Ministry of theEnvironment

Ministry of
Economy,Trade andIndustry
Ministry ofAgriculture,
Forestry and
Fisheries

ProgrammeType of support

Financing Programme for JCM
Model Projects*1 (See page 3, 5-9, 11-13)

Subsidy

Finance Programme for F-gas Recovery
and Destruction Model Projects*1 (See page 14)

Subsidy

Japan Fund for the JCM (JFJCM)- Managed by ADB*2 (See page 15)

Grant

JCM Support Programme by UNIDO*1*3 (See page 16)

Grant for projects, technicalcooperation

Demonstration Programme for Applicationof New Decarbonizing Technology (See page 17)

Subsidy

Project Development/
Capacity Building/MRV Support

Technical cooperation

JCM Feasibility Study (See page 18)

Technical cooperation

JCM Demonstration Programme (See page 18)

Government-commissioned
project

JCM Project Cycle Support / MRV Application Study

Technical cooperation

Development of MRV for JCM projects in Agriculture- Implemented by ADB (See page 19)

Technical cooperation

Field Studies for JCM REDD+

Government-commissioned
project*1 These programmes can support projects implemented by government-owned companies but not those implemented by the government itself.
*2 JFJCM : ADB (Asian Development Bank) Trust Fund / Japan Fund for Joint Crediting Mechanism*3 UNIDO : United Nations Industrial Development Organization

2

JCM Model Projects

Financing Programme for JCM Model Projects
Japan

Contribution from Japan (example)

Partner Country

Ministry of theEnvironment

Joint Committee

Credits

SelectFinancial support

Japan will acquire apart of JCM credits(in return for thecontribution of Japan,such as ﬁnancial
support or investment
for projects*)＊The proportion ofﬁnancial support
depends on
supporting schemes.

Initial costGHG
emissions

Partner Participant(JCM Partnercountry Entity, etc.)

Initial cost

Subsidy

JCM
Model Project

Incentivize selection of
decarbonizing
technologies, etc. by
the ﬁnancial support or
the investment to theinitial cost

Emission reductions

International Consortium

GHG emissions

Global Environment
Centre Foundation

Representative
Participant(Japanese Entity)

Japanesegovernment& entities

Partner Countryʼs
government& entities

Advanced decarbonizing

Conventional
equipment & facility

equipment & facility

JCM Model Projects FlowCall for Proposal
Evaluation of
proposals（Proposal review & interview
with applicants, Inquiry of
PIN*1 to partner countries）
Selection of model projects

Model Projects Start
Review ofapplication
documents*2
Notice of contractof ﬁnancing

Implementation ofmodel projects within 3 years

MRV
Final
Inspection

Disbursement of ﬁnancial
supportDisbursement of ﬁnancial support

Disbursement of part of ﬁnancial support(Upon request during implemantation)
Final reports

Measurement

ReportingVeriﬁcation

CreditIssuance

Representative Participant of JCM Model Projects
shall conduct measurement, reporting andveriﬁcation (MRV) of the GHG emission reductions
realized after installation and commissioning of the
facilities/equipment for the issuance of JCM credits.

*1 PIN: The Project Idea Note is a proposal document shared with a partner country prior to the selection as a JCM Model Project to inquire if there is any objection.
*2 Submission of application should be done within 30 days after the selection of model projects so that the notice of contract of ﬁnancing can be established within 60 days after the selection.

3

Project Cycle of the JCM

Can be conductedby the same TPE.
Can be conductedsimultaneously.

Project Participant

Submission of PIN*1*2

Joint Committee

Conﬁrmation ofno objection*2

Project Participant / Each Government
Joint Committee

Submission of proposed
methodology

Joint Committee

Approval of proposed
methodology

Project Participant

Development of PDD*3

Third Party Entities

Validation

Joint Committee

Registration

Project Participant

Monitoring

Third Party Entities

Veriﬁcation

Joint Committee decides the amount
Each Government issues the credit

Issuance of credits
4*1 PIN (Project Idea Note):
A document used to explain the outlineof the project to the partner country andconﬁrm whether there is an objection.
*2 For the latest information on JCM rules
and guidelines, including the PIN
procedures adopted with each Partner
Country, please refer to each partnercountry page on the JCM website.
*3 PDD (Project Design Document):
A document that includes monitoring
methods and estimated emission
reductions. Required for project registration.

JCM Website
URL: https://www.jcm.go.jp/＜Contents＞● General information page
● Individual JCM partnercountries-Japan page
＜Function＞● Information sharing to the
public, e.g.,
・JC decision
・JCM rules and guidelines
・methodologies and projects
・issuance of JCM credits
・call for public inputs/comment・status of TPEs, etc.
● Internal information sharing
for the JC members, e.g.,・ﬁle sharing for electronic
decisions by the JC

JCM Model Projects

Examples of JCM Model Projects by Technology
Energy Efﬁciency

Boiler & Chiller & Solar Power (Thailand)
The Kansai Electric Power Co., Inc.

Thermal Oil Heater System (Indonesia）
Fumakilla Limited

Chiller & LED Lighting (Vietnam)
Tokyu Corporation

Energy Efﬁciency

Chiller & Air Conditioner & Solar Power (Indonesia)
Yuko Keiso Co., Ltd.

Once-through Boiler (Indonesia)
DIC Corporation

Effective Use of Energy

LED Lighting (Vietnam）
Endo Lighting Corporation

Waste Heat Recovery (Myanmar)
Global Engineering Co., Ltd.

Gas Co-generation System & Chiller (Thailand)
The Kansai Electric Power Co., Inc.

Mini Hydro Power Plant (Indonesia)
NiX JAPAN Co., Ltd.

Binary Geothermal Power Generation (Philippines)
Mitsubishi Heavy Industries, Ltd.

Solar Power (Thailand)
Shizen Energy Inc.

Renewable Energy

Rice Husk Power Generation (Chile)
Asian Gateway Corporation

Renewable Energy

Mini Hydro Power Plant (Philippines)
Toyota Tsusho Corporation

Waste Handling and Disposal

Transportation

Waste to Energy Plant (Vietnam)
JFE Engineering Corporation

Power Generation with Methane Gas Recovery System(Mexico)
NTT Data Institute of Management Consulting, Inc.

5

CNG-Diesel Hybrid Public Bus(Indonesia)
Hokusan Co., Ltd.

JCM Model Projects● Renewable Energ yCase Examples of
JCM Model Project

Case Examples of
JCM Model Project1

2

3.4MW Rice Husk Power Generation
Project in Maule
Country
Representative
Partner● Waste Handling and Disposal

Waste to Energy Project in Bac Ninh ProvinceCountry
Representative

Chile
Asian Gateway Corporation
La Gloria S.A

Partners

Vietnam
JFE Engineering Corporation
T&J Green Energy Company Limited

A waste-to-energy plant is introduced in Bac Ninh province. This plant incinerates andgenerates electricity from 230tons/day of municipal solid waste, which has been
disposed of as landﬁll. The plant also incinerates and generates electricity from 120
tons/day of municipal solid waste and 150tons/day of industrial solid waste, whichwere previously incinerated.
This scheme enables the proper waste treatment and the supply of electricity without
the use of fossil fuels. It also reduces methane emissions from landﬁll sites andgreenhouse gas (GHG) emissions by replacing grid electricity.

3.4MW biomass power plant is installed in the region of Maule, which utilizes the
agricultural residue such as rice husk. The generated power is supplied to an electriccompany and reduces greenhouse gas (GHG) emissions by replacing the grid power.
In addition, this project prevents air pollution caused by open burning of agriculturalresidue. By adopting Organic Rankin Cycle technology, which requires less water
consumption, it also contributes to the climate change adaptation regarding low
rainfall expected in Chile.

Agriculture Waste
such as Rice Husk

Waste to Energy Incinerator(Grate)
Manufactured by StandardKessel Baumgarte (Germany)

Electricity
Meter

Processing Volume:
500t/day(Municipal solid waste 350t/day andindustrial solid waste 150t/day)

6

JCM Model Projects● Energy Efﬁciency

Case Examples of
JCM Model Project3

4

Introduction of High Efﬁciency Chiller andHigh Efﬁciency LED Lightingwith Dimming Function to Shopping Center
Country
Representative
Partner● Energy Efﬁciency

Case Examples of
JCM Model ProjectIntroduction of High-efﬁciency Once-throughBoiler System to Chemical FactoryCountry
Representative

VietnamTokyu Corporation.
BECAMEX TOKYU Co., Ltd.

PartnerIndonesia
DIC Corporation.
PT. DIC GRAPHICS.

This project reduces energy consumption and greenhouse gas (GHG) emissions byinstalling natural gas-ﬁred high-efﬁciency once-through boiler system in the factory
where coal-ﬁred boiler mainly has been used.

This project introduces “High Efﬁciency Chiller” , “High Efﬁciency LED Lighting withDimming Function” and, “High Efﬁciency LED Lighting” to SORA gardens SC, a
shopping center located in Binh Duong New City, the capital of Binh Duong Province.
The project leads to reducing energy consumption and greenhouse gas (GHG)
emissions as the chillers are high-efﬁcient and equipped with inverters, and LED
lighting dim down 70% of light.

Waste heat recovery leads
to efﬁciency improvement
Steam Header

High Efﬁciency Chiller
3 units

BlowerEconomizer
Water

Air

High Efﬁciency LED Lightingwith Dimming Function:
592 units
High Efﬁciency LED Lighting
144 units

NaturalGas

No soot remains
high efﬁciency

Improvement of boiler efﬁciency with air ratio control

7

JCM Model Projects● Renewable Energ yCase Examples of
JCM Model Project5

6

Introduction of 14.5MW Mini Hydro Power
Plant Project in Siguil River in Mindanao
Country
Representative
Partner● Renewable Energ yCase Examples of
JCM Model Project

29MW Binary Power Generation Projectat Palayan Geothermal Power Plant

Philippines
Toyota Tsusho Corporation.
Alsons Consolidated Resources, Inc.,
Alsons Renewable Energy Corporation
Siguil Hydro Power Corporation

Country
Representative
PartnerThis project introduces a 29MW binary geothermal power plant with the Organic
Rankine Cycle (ORC) system to the existing 120MW ﬂash type geothermal power
plant in southern part of the Luzon island. This plant utilizes exhaust hot water of low
enthalpy from the existing power plant without producing hazardous gasses.

This project aims to reduce CO2 emissions by constructing a run-of-river minihydroelectric power plant 14.5MW (14.5 X 1unit) utilizing water resources in the
Municipality of Maasim, in the southern part of Mindanao Island. This project contributes
to the reduction of greenhouse gas (GHG) emissions by replacing grid electricity withrenewable energy and also contribute to the realization of a sustainable society byaddressing the growing demand for electricity necessitated by economy growth.
Desilting
Tank
Forebay

Philippines
Mitsubishi Heavy Industries, Ltd.
Bac Man Geothermal Inc.

Separator Steam Turbine

Condenser

Diversion
Weir

Steam

IntakeExhaust Hot Water

Headrace

Penstock

Tailrace
Transmission
Line

Evaporator

Powerhouse
・Turbine
・Generator
・Inlet valve
・Transformer

Wastewater
Preheater

StreamProduction
Well

8

Reinjection
Well

Generator
Cooling Tower

Flash Cycle
Geothermal Power Plant
Binary Turbine

Generator

Regenerator

Condenser

Thermal Medium
Binary Geothermal Power Plant

ElectricPower

Cooling Tower

GridJCM Model Projects● Renewable Energ yCase Examples of
JCM Model Project7

Country
Representative

Introduction of Gas Co-generation System andAbsorption Chiller to Fiber FactoryCountry

Philippines
Itochu Corporation
Met Power Venture Partners Holdings Inc.,
Surallah Biogas Ventures Corporation

Representative
Partner

5.Digestate Treatment
1.Substrate
SupplyOrganic
Fertilizer

4.Biogas Conditioning/
Cleaning
Digestate
Tank

Storage Tank

Digesters

Hydrolysis Tank

2.Substrate Conditioning/
Pre-Treatment

Grid Power

4A.Combined HeatPower Generarion

Gas Storage
Tank

ThailandThe Kansai Electric Power Co., Inc.
Kansai Energy Solutions (Thailand) Co., Ltd.

This project aims to reduce CO2 emissions by introducing gas co-generation
system (5MW class x 2sets) and absorption chiller (800USRT class) to ﬁber factoryin Bangpa-in District, Ayutthaya.These gas co-generation system and absorption
chiller contribute to energy saving and cost reduction, and can improve reliability
for power supply.

In this project, biogas derived from pineapple residue is utilized as fuel for gas enginesand boilers to generate power and steam at the two pineapple canning factories(Surallah and Polomolok) of Dole Philippines, Inc. This project aims to produce
renewable energy by utilizing the pineapple waste and contributes to reducing
greenhouse gases emissions as well as lowering electricity cost of the factories.

Mixing Tank

● Energy Efﬁciency

8

Biogas Power Generation and Fuel Conversion
Project in Pineapple Canneries
Partners● Effective Use of Energy

Case Examples of
JCM Model Project

Electricity

Gas Cogeneration

Heat

Steam

Electricity

Waste
Heat

Biogas3.Substrate
Digestion/
MethaneGeneration

Boiler
Absorption
Chiller
Centrifugal
Chiller

4B.Methane：
Heat Utilization

9

ChilledWater

JCM Financing Programme by MOEJ（FY2013 〜 2024） as of August 31, 2024
Total 246 projects（29 partner countries）

179 underlined projects have been started operation.

72 projects with* have been registered as JCM projects.

● Model Projects : 230 projects (including Eco Lease : 7 projects), ● JFJCM : 8 projects, ● UNIDO : 1 project, ● REDD+ : 2 projects, ● F-gas : 4 projects, ● New Technology : 1 project
Cambodia：5 projects

Mongolia：10 projects● LED Street Lighting＊● 200kW Solar PV at International School＊● 1MW Solar PV & Centrifugal Chiller● 0.9MW Solar PV● Inverters for Distribution Pumps＊● 700kW Waste to Energy Plant＊● Brewing Systems to Brewery Factory● Once-through Boiler in Instant Noodle Factory● 1.8MW Rice Husk Power Generation● Refrigeration System in Logistics Center● 4.3MW Solar PV● 8.8MW Waste Heat Recovery in
Cement Plant● Brewing Systems and Biogas Boiler
to Brewery Factory

Bangladesh：5 projects● Loom at Weaving Factory＊● High Efﬁciency Transmission Line

Saudi Arabia：3 projects● Electorolyzer in Chlorine
Production Plant● 400MW Solar PV● 100MW Solar PV

Tunisia：2 project● 50MW Solar PV1● 50MW Solar PV2

Maldives：4 projects● 186kW Solar Power on
School Rooftop＊● Smart Micro-Grid System＊● Greater Male Waste to
Energy Project● BESS and Ocean Energy

Kenya：5 projects● 1MW Solar PV at Salt Factory＊● 3.1MW Solar PV● 2.3MW Solar PV● 230kW Solar PV and Storage Battery● 1.7MW Solar PV● Improving Access to Health Services● 2.1MW Solar PV in Farm＊

Vietnam：50 projects

Myanmar：8 projects● Centrifugal Chiller● 315kW PV-diesel Hybrid System＊● Centrifugal Chiller＊● Heat Only Boiler (HOB)＊＊● 15MW Solar PV1＊

● Digital Tachographs＊● Container Formation Facility＊● Air-conditioning Control System● Energy Saving Equipment in Lens Factory＊● Amorphous transformers 4● Modal Shift with Reefer Container● Biomass Boiler to Chemical Factory● 57MW solar PV● Waste to Energy● 9.8MW Solar PV● F-gas Recovery and Mixed Combustion Scheme● 7.9MW Solar PV● 1.8MW Solar PV● Biomass Co-generation System● 1.25MW Solar PV● Amorphous transformers1＊

Philippines：20 projects● 1.53MW Rooftop Solar PV＊● 4MW Solar PV＊● 29MW Binary Geothermal Power Generation● F-gas Recovery and Destruction Scheme● 14.5MW Mini Hydro Power Plant● 0.8MW Solar PV (Eco Lease)● 320kW Solar PV in Shopping Mall＊● Electricity Kiln
● Amorphous transformers 3＊● Energy Saving Equipment in Brewery Factory● Inverters for Raw Water Intake Pumps● Air Cooled Chillers● Once-through Boiler to Food Factory● LED Lighting to Ofﬁce Building● 5.8MW Solar PV● 0.4MW Solar PV (Eco Lease)● 0.8MW Solar PV● 15MW Solar PV● Air-conditioning in Hotel1＊● Biomass Boiler● 9MW Solar PV● 2.5MW Solar PV● 20MW Biomass Power Plant● 5.7MW Solar PV● 50MW Biomass Power Plant1● 4.1MW Solar PV● Air-conditioning in Lens Factory＊● Amorphous transformers 2＊● High Efﬁciency Water Pumps＊● Energy Saving Equipment in Wire Production Factory＊● High Efﬁciency Chiller● F-gas Recovery and Dedicated Destruction Scheme● 49MW solar PV● Air-conditioning in Hotel2● 12MW Solar PV● Chiller and LED● 16MW Mini Hydro Power Plant● 40MW Offshore Wind Power● 50MW Biomass Power Plant2● 1.9MW Solar PV● 6MW Waste Heat Recovery in Cement Plant● 1.2MW Solar PV (Eco Lease)● 7MW Solar PV● 1MW Rooftop Solar PV● 9.6MW Solar PV● 27MW Solar PV● 11.3MW Mini Hydro Power Plant● 1.2MW Rooftop Solar PV＊● Biogas Power Generation and Fuel Conversion● 20MW Flash Geothermal Power Plant● 28MW Binary Geothermal Power Generation● 9MW Solar PV● 10MW Solar PV● 5.6MW Binary Geothermal Power Generation

Mexico：5 projects
Sri Lanka：1 project● 13.5MW Solar Power Project● REDD+ through controlling slush-and-burn● Amorphous transformers＊● 14MW Floating Solar PV＊● 11MW Solar PV＊● 7MW Solar PV● Amorphous transformers2● 1.2MW Power Generation with Methane Gas Recovery System● Once-through Boiler and Fuel Switching● 30MW Solar PV1● Energy Efﬁcient Distillation System● 0.5MW Solar PV (Eco Lease)● 370kW Solar PV for Commercial Facilities＊● 155kW Solar PV for School＊● 445kW Solar PV for Commercial Facilities Ⅱ＊● Energy Saving at Convenience Store● Centrifugal Chiller & Compressor＊● Air Conditioning System & Chiller＊● Chilled Water Supply System● 12MW Waste Heat Recovery in Cement Plant＊● Refrigerator and Evaporator● 5MW Floating Solar PV＊● Biomass Co-generation System● 17.8MW Solar PV in Industrial Park● F-gas Recovery and Destruction Scheme● Heat Exchanger in Fiber Factory● 5MW Solar PV● 2.6MW Solar PV● 18.9MW Solar PV and Floating Solar PV● Boiler, Chiller and PV● 0.13MW Solar PV (Eco Lease)● ORC Waste Heat Recovery● 1.6MW Solar PV (Eco Lease)● 1MW Solar PV on Factory Rooftop＊● Centrifugal Chiller in Tire Factory● Refrigeration System＊● LED Lighting to Sales Stores● Co-generation System PV● Heat Recovery Heat Pump＊● Boiler System in Rubber Belt Plant● Co-generation in Fiber Factory● 3.4MW Solar PV● 8.1MW Solar PV● 2MW Solar PV2● Once-through Boiler in Garment Factory● 2MW Solar PV3● Gas Co-generation System & 22MWSolar PV● 4MW Solar PV● Upgrading Air-saving Loom＊● Co-generation in Motorcycle Factory＊● Ion Exchange Membrane Electrolyzer● 2MW Solar PV1● 3.4MW Solar PV＊● 30MW Solar PV＊● Air-conditioning Control System● Biomass Boiler● 0.8MW Solar PV and Centrifugal Chiller● 37MW Solar PV and Melting Furnace● Centrifugal Chiller to Machinery Factory● 2.7MW Solar PV with Blockchain Technology● 1.3MW Solar PV (Eco Lease)● 2.9MW Solar PV● 0.9MW Solar PV

10● Centrifugal Chiller at Textile Factory1＊● Refrigerants to Cold Chain Industry＊＊● Centrifugal Chiller at Textile Factory 2＊● 500kW Solar PV and Storage Battery＊● Centrifugal Chiller at Textile Factory＊● Upgrading to Air-saving Loom＊● Smart LED Street Lighting System● Gas Co-generation System＊● 1.6MW Solar PV in Jakabaring Sport City＊● 10MW Hydro Power Plant1● Industrial Wastewater Treatment System● Absorption Chiller＊● Rehabilitation of Hydro Power Plant● Boiler to Carton Box Factory● 6MW Hydro Power Plant2● Thermal Oil Heater System● 2.3MW Hydro Power Plant● Chiller and Heat Recovery System

Chile：15 projects● 0.4MW Solar PV for Supermarket＊● 1MW Solar PV for Supermarket● Clean Energy Financing ProjectIndonesia：51 projects

Thailand：48 projects

Costa Rica：2 projects● 5MW Solar PV＊

Palau：6 projects

Laos：6 projects● 10MW Solar PV*● 8.3MW Solar PV in Farm＊● 15MW Solar PV2● Upscaling Renewable Energy Sector● Fuel Conversion by Introduction of LPG Boilers● Green Hydrogen Production and Heat Supply● 1MW Rooftop Solar PV＊ ● 3MW Solar PV2● 3.4MW Rice Husk Power Generation● 3MW Solar PV1＊
● 9MW Solar PV3● 9MW Solar PV1● 2.0MW Solar PV● 6MW Solar PV● 25.8MW Solar PV● 48MW Solar PV● 3MW Solar PV3● 9MW Solar PV2● 9MW Solar PV4● 26.3MW Solar PV and 48MWh Storage Battery● 196MWh Storage Battery in PV Plant● 5MW Solar PV● 3.5MW Hydro Power Plant● 12MW Biomass Power Plant● Energy Saving at Convenience Store＊● Double Bundle-type Heat Pump＊● 30MW Waste Heat Recovery in Cement Industry＊● Regenerative Burners＊● Old Corrugated Cartons Process＊● Centrifugal Chiller in Shopping Mall＊● Once-through Boiler System in Film Factory＊● Once-through Boiler in Golf Ball Factory＊● REDD+ through controlling slush-and burn
● Looms in Weaving Mill＊● 0.5MW Solar PV＊● High Efﬁciency Autoclave1● Injection Molding Machine● 10MW Hydro Power Plant2● 5MW Hydro Power Plant● 2.1MW Rooftop Solar PV● High Efﬁciency Autoclave2● 3.1MW Solar PV● Energy Saving and Solar PV● 3MW Solar PV● LED Lighting to Sales Stores● Gas Co-generation system● CNG-Diesel Hybrid Public Bus● 2MW Mini Hydro Power Plant● 6MW Hydro Power Plant1● 4.2MW Solar PV● 6MW Hydro Power Plant3● Once-through Boiler in Chemical
Factory● 2.1MW Solar PV● 55MW Geothermal Power Generation● Improvement of Flat Glass
Production Melting Furnace

JCM Model Projects

Outline of Guidelines for Submitting JCM Model Project Proposal in FY2024 (1)PurposeMaximum Percentage of Financial Support

To ﬁnancially support the implementation of projects which reducegreenhouse gas (GHG) emissions by utilizing leading decarbonizing
technologies in developing countries, and in return, to acquire JCM credits toachieve Japanʼs GHG emission reduction target.

Shall be determined according to the number of previously selected project(s) using
a similar technology in each partner country.
Number of previously
selected project(s) using
a similar technology
in each partner country

Percentage ofﬁnancial support

Eligible Projects
Projects that reduce energy-related CO2 emissions with leading decarbonizing
technologies in developing countries, with which Japan has signed or has been
consulting to sign a bilateral document on JCM, and that are expected tocontribute to achieving Japanʼs NDC through the JCM

None
(0)

Up to 3
(1-3)

Up to 7(4-7)

Up to 9(8-9)

10 or moreNot

Up to 50% Up to 40% Up to 30% Up to 20% Applicable

Costs Covered by Financial Support
This programme covers the following costs that directly contribute to energy-related CO2
emission reductions. The typical costs not covered by this programme are also listed below.

Requirements for Representative Participant
Covered*A representative participant of the JCM model project shall be a Japaneseentity and shall appropriately manage and implement the project as arepresentative entity of an international consortium which includes JCM
partner-country entities. A representative participant also shall conduct
measurement, reporting and veriﬁcation (MRV) of GHG emission reductions.

● Facilities/equipment (including monitoring equipment )● Main construction work
● Ancillary work
● Machinery and appliances● Surveying and testing● Administrative work
● Other necessary costs approved by GEC

Implementation Period of Model Projects

NOT covered

Participants of the model project shall start installation after the contract ofﬁnance is concluded and shall ﬁnish installation and payments of the eligible
facilities and equipment within 3 years.

● Removal of existing facilities /equipment(including miscellaneous expenses related to removal costs )● Equipment and consumable supplies /materials for maintenance of the facilities/equipment
installed by the model project, emergency facilities/ equipment,
safety equipment (such as ﬁre extinguisher, sprinkler, PPE, etc.) and security equipment.
● Civil engineering work and building(excluding structures that directly contribute to energy-related CO2 emission reductions)● Cost related to a simple restoration of function, such as restoring the function to
the state at the time of installation by updating existing facilities /equipment● Spare parts (excluding those used for testing and commissioning)● On-site inspections and writing reports that are submitted to GEC as part of the model project● Forward exchange contract and remittance charge● Cost related to land acquisition

BudgetAbout JPY 12.8 billion (approx. USD 85.3 million at JPY 150 to USD 1) from FY
2024 for 3 ﬁscal years

Financial Support per Project
Equal to or less than JPY 2 billion in principle＊Costs eligible for ﬁnancial support in the JCM Eco Lease Scheme are limited to a leasing fee of the costsof facilities/equipment and relevant lease interests.

11

JCM Model Projects

Outline of Guidelines for Submitting JCM Model Project Proposal in FY2024 (2)Period of Measurement, Reporting andVeriﬁcation (MRV)

Cost-effectiveness of Emission Reductionsof GHGs

Participants of the model project shall conduct measurement, reporting andveriﬁcation (MRV) of GHG emission reductions until the end of legal durable years of
the facilities/equipment as stipulated by the Japanese law. Please note that the legal
durable years of the same facility may vary depending on the purpose of businessusage as shown in the examples below.*1

Cost-effectiveness is the amont of ﬁnancial support to reduce 1 ton of CO2 equivalentof GHG emissions.

Cost-effectiveness of emission reductions of GHG〔JPY/ tCO2eq〕＝ Amount of ﬁnancial support〔JPY〕*2
Total emission reductions of GHG〔tCO2eq 〕*3*1 For questions regarding how to determine the appropriate legal durable years for your project, pleasecontact Japanese local tax ofﬁce.

Ministerial Ordinance on the Durable Years, etc.
of Depreciable Assets*2 Amount of ﬁnancial support〔JPY〕＝ Eligible costs〔 JPY〕 Percentage of ﬁnancial support〔%〕( Ordinance NO.15 of Ministry of Finance, March 31, 1965 )Appendix table 2

Producing “other ﬁnal products” by using installed facilities

Appendix table 1

Other cases than the above
ex. the building owner introduces facilities as shared equipment*3 Total emission reductions of GHG＝ Emission reductions of GHG per year〔tCO2eq /y〕 legal durable years〔y〕〈Examples 〉
Category oftechnology

Purpose of business usage

Legal durable
years

Solar power
generation
facilities

Electric power sales

17 yearsInternal consumption at car manufacturing factories

9 years

Boilers

Absorption
chillers

In principle, if the number of similar technological projects in a partner country is less than 5,

JPY4,000/tCO2eq or lower
If the number of similar technological projects in a partner country is 5 to 9,

JPY3,000/tCO2eq or lower *4
Solar power projectInternal consumption
from rooftop equipment on warehouses

12 years

JPY2,500/tCO2eq or lower

Cooking oil production

10 years

JPY500/tCO2eq or lower

Rubber products production

9 years

Hot water supply for hotels

17 years

more project using the similar technology will be selected.

Supply of chilled water in chemical factories

8 years

please refer to Annex 2 “Categorization by applied technology type, Number ofAir conditioning in shopping malls

15 yearsHydropower project

If the number of similar technological projects in a partner country reaches 10 , no*4 Regarding the number of similar technological projects in the partner countries,
JCM model project by each country” of Guidelines for Submitting Proposals.

12

JCM Model Projects

Outline of Guidelines for Submitting JCM Model Project Proposal in FY2024 (3)Main Evaluation Criteria for Selecting JCM Model
Projects in FY2024, including New Points
Criteria for solar power plants

Countries of priority
The model project shall prioritize the partner countries that have already established the JCM. Basedon the objective of increasing the number of partner countries to around 30 in accordance with theGrand Design and Action Plan for a New Form of Capitalism (Cabinet Decision in June 2022),
proposals for projects in non-partner countries will also be accepted on the basis that their selection
will be considered in parallel with the bilateral negotiations for new partnership.

The conversion rate from optical to electric energy of photovoltaic modules mustbe 21.2% or higher.

Criteria for solar power plants with batteries● Photovoltaic module:
The conversion rate from optical to electric energy of photovoltaic modules must be 21.2% or higher.
● Battery:
The battery charges only the power generated by photovoltaic modules to be introduced.
Please refer to “the Guidelines for Submitting Proposals" for detailed conditions.

Measures to respect human rights
Representative participant should take the best possible measures to respect human rights under its
own responsibility in accordance with the National Action Plan on Business and Human Rights(2020-2025) (the Inter-Ministerial Committee for Japanʼs National Action Plan on Business andHuman Rights, October 2020)as well as the Guidelines on Respecting Human Rights in Responsible
Supply Chains (the Inter-Ministerial Committee on Policy Promotion for the Implementation ofJapanʼs National Action Plan on Business and Human Rights, September, 2022).
Speciﬁc details of their actions shall be provided in the application document, which shall be
reviewed in the selection process.

Installation of storage battery only
The storage battery shall charge only the electricity generated by the renewable energy
generation facilities. In addition, there must be surplus of electricity supply from renewable energy
sources which is not used effectively due to power generation restrictions, etc., at the site.
Please refer to “the Guidelines for Submitting Proposals” for detailed conditions.

Efforts toward the achievement of "carbon neutrality in 2050" and "2030
GHG emission reduction target" by participant companies

Process related to Selection with Joint Committee of Partner Country● Setting GHG emission reduction targets toward carbon neutrality in 2050
● Participation in Decokatsu Support Team● Registration for Decokatsu (National Movement for New and Prosperous Lifestyles toward
Decarbonization)

After the proposal review, "PIN (Project Idea Note for the JCM Project)" of prospective projects will
be sent to the JCM Secretariat. After the JCM Secretariat veriﬁes that the PIN contains all therequired information, the JCM Secretariat sends the PIN to the respective Joint Committees of thepartner countries. Joint Committee conﬁrms that there is ʻno objectionʼ to selecting the concerned
projects before MOEJ decides to select the project. Once the proposed project is nominated as aprospective project for selection, the applicant of the project will be notiﬁed that the project is on
the PIN process stated above.

[Reference]
Decokatsu web page (Ministry of the Environment, Japan)
https://ondankataisaku.env.go.jp/decokatsu/en/

JCM focus areas of the Infrastructure Initiative for Decarbonization(MOEJ, June 2021)

Submission of Proposals

Additional points may be given to projects that introduce the following leading decarbonizing
technologies that are among the focus areas for JCM according to the Infrastructure Initiative for
Decarbonization (MOEJ, June 2021) (*Excluding projects in countries where these technologies havealready been or are being introduced as JCM Model Projects.)● Renewable energies (solar power, wind power, hydro power, geothermal energy, biomass energy,
green hydrogen, and so forth)● Green logistics including cold chain (non-ﬂuorocarbon cooling system, modal shift, airports,
ports and harbors, and so forth)● Waste management infrastructure (waste to energy, and so forth)

How to submit proposals:

Proposals must be submitted electronically.

Period:From Friday, 5 April 2024 to Friday, 29 November 2024 (12:00 JST)
● Pre-registration is recommended before submitting a proposal.
● The call may be closed before the deadline based on the availability of remaining
budget.

13

Finance Programme for JCM F-gas Recovery and Destruction Model Projects by MOEJ
Budget for FY2024
JPY 170 Million over 3 ﬁscal years for
projects starting in FY 2024
Fixed amount grant for project cost

Ministry of theEnvironment
Global Environment
Centre Foundation

After issuance, some credits are to betransferred to the Japanese government

International consortium (including a Japanese entity as representative participant)Manufacturers ofequipment
containing F-gas(A/C manufacturers, etc.)

Business operators
who own equipment
containing F-gas

Operators of F-gas recovery
and delivery(recycling or scrap operators)

PurposeF-gas destruction
operators (may use
existing facility for
destruction)

Project Period

To contribute to achieve Japanʼs emission reduction target by reducing GHG emissions andutilizing JCM credit through recovery and destruction of F-gases without releasing them

Scope of Financing

Within a maximum period of three years

Eligible Projects● Establishment of scheme for recovery and destruction● Installation of facilities/equipment for recovery/destruction, and improvement of existing
facilities/equipment● Activities related to the implementation of MRV (Monitoring, Reporting, and Veriﬁcation)and purchase of monitoring equipment● Technology transfer and outreach promotion to local stakeholders for continuous project
implementation
14● To start the project after receiving the
grant decision and implement recovery
and destruction within three years● To aim to register as JCM projects andachieve the issuance of credits

ADB Trust Fund: Japan Fund for the Joint Crediting Mechanism (JFJCM)
BudgetCumulative contribution from 2014: JPY 16.6 billion (approx. USD 110 million)● Budget for 2024: JPY 0.2 billion (approx. USD 1.3 million) (1 USD = 150 JPY)

Overview

To provide ﬁnancial incentives for the adoption of expensive but advanced low-carbon/methane
emission reduction technologies in projects ﬁnanced by Asian Development Bank (ADB)

PurposeTo develop ADB projects with sustainable and decarbonizing transition perspective by introducing
advanced low-carbon technologies as well as to acquire JCM credits

JCM credits

ADB
MOEJ

Contribution

Grant

JFJCM
(Trust fund)

ADB source

Additional costs to installleading decarbonizing
technologies/methane
emission reduction
technologies

Loan/Grant etc.
Co-ﬁnancing

Co-Financing partners(Other ﬁnancial
institutions and funds)

MRV

Loan/Grant etc.

15

GHG
reduction

Project(selected from ADB
project pipeline)

JCM Support Programme by UNIDO*
BudgetCumulative contribution since 2021: JPY 800 million (approx. USD 5.33 million @JPY150/USD)● Budget for 2024: JPY 100 million (approx. USD 0.67 million)

PurposeTo accelerate formation of JCM projects in JCM partner countries in Africa (namely Ethiopia, Kenya, Tunisia, andSenegal), where the number of awarded JCM projects is smaller, by grants from UNIDO which has resources like local
networks

Overview

This programme supports International Consortiums, including Japanese representative participants, to develop JCM
projects by reducing additional costs to implement advanced decarbonizing technologies or the Fukuoka method ofwaste management through UNIDO's grants.

Requirements(in case of
Decarbonizing
Technologies)● Mainly aimed at acceleration of JCM Projects with decarbonizing technologies already selected in other JCM
Projects● Applicable only by Japanese entities as Representative Partners who leads International Consortium and receives
Grants● Maximum grant per project : US$ 800,000, Maximum supporting ratio : 75% of eligible costs● Cost efﬁciency : In principle, US$30/t CO2 eq or better, MRV Period : Minimum 5 years● Technical cooperation for MRV after completed implementation in the JCM Process is not provided for thisparticular programme.

JCM credit

MOEJ

Contribution

UNIDO

GHG
reduction

MRV
Grant
Additional
costs

Other
ﬁnancial
institutions

International
consortium

Leading decarbonizing
technologies/methane
emission reduction
technologies

Loans/Investments

Execution of the whole project
JCM partner countries in Africa*UNIDO : United Nations Industrial Development Organization
16

Demonstration Programme for Application of New Decarbonizing Technology
PurposeEligible
Technology

Scope ofFinancial
Support

Implementing new demonstration scale projects to promote the introduction of new decarbonizing
technologies in JCM partner countries● Advanced decarbonization technologies that have not been used in JCM projects in the country

concerned● Technologies that have been demonstrated and expected to be commercialized in JCM partner countries

in the near future, but still require further demonstration of the business model outside Japan● Equipment, construction and labor costs for the demonstration● Research costs for fundraising or obtaining licenses and permits● Research costs for developing a new methodology for calculating GHG emission reductions for futureagreement with the JCM partner countries(a) 1/2（one-half） : When other than (b) or (c)Percentage ofFinancial
Support(b) 2/3（two-third）: When the representative participant is classiﬁed as a small and medium-sizedenterprise under Japan law(c) 1/3（one-third） : When the representative participant is not classiﬁed as a small and medium-sizedenterprise under Japan law and the amount of support is 100 million yen or lessper year.
● The programme aims to issue JCM credits for emission reduction realized by the selected demonstration

Issuance of
JCM Credits

projects.
● The programme also aims to receive application by the participants of demonstration projects for the

Financing Programme for JCM Model Projects within a few years after completion of the demonstration
period.

17

METI's Support for the JCM Partner Countries● METI supports the introduction of advanced decarbonizing technologies though Demonstration Projects which contribute to thedecarbonization of the JCM partner countries.
● The project cost burdened by Japanese side is 100% supported by Japanese government (METI/NEDO).
Assumed technical areas: Energy efﬁciency with IoT, EMS, Renewable energy, CCS/CCUS,
Hydrogen/Ammonia, etc.

Examples of Past Projects

JCM Demonstration Programme by NEDO *Scope

Optimization in petroleum
reﬁning plant, Yokogawa
Electric Corp. Indonesia

Energy-saving of mobile
communications basetransceiver stations, KDDI
Corp. Indonesia

Demonstrate and verify the effectiveness of advanced decarbonizing technology:・Introduction of relevant facilities and systems, and conduct demonstration
・Quantiﬁcation of GHG emission reduction effectiveness・JCM procedure toward issuance of JCM credits
・Budget for FY 2024: JPY 0.7 billion(approx. USD 4.7 million @ JPY150/USD))

Project period Pre-demonstration stage: up to 1 year
Demonstration stage: up to 3 years
Follow-Up Project stage: up to 2 year

Total: 11 projects in 6 countries (As of July 2023)

JCM Feasibility Study
by METI

Japan
NEDO

Scope
・Consider basic elements of the demonstration(technology, project site, stakeholders, etc.)
・Establish the basis of JCM methodology forquantiﬁcation of the GHG emission reduction
・Study the possibility of dissemination of theintroduced technology
・Project cost: JPY 15 million (approx.USD 100
thousand) per study (USD1=JPY150)

Project period Up to 1 year

Agreement (MOU)

Competent government agency

Supervision, instruction
and cooperation

Entrustment

JAPAN SIDE
IMPLEMENTING
ENTITY

Partner country

Contract (PA)PARTNER COUNTRY SIDE
IMPLEMENTING ENTITY*NEDO = New Energy and Industrial Technology Development Organization18

Development of MRV for JCM Projects in Agriculture ‒ Implemented by ADB
BudgetBudget for FY 2024: JPY 30 million (approx. USD 0.2million)

Overview●Committee consisting of experts from governments of partner countries and Japan and relevantorganizations with ADB serving as the secretariat has been launched.
●In 2024, the committee will commence the discussion on MRV and other necessary elements for
Alternate Wetting and Drying (AWD) to reduce methane emissions from rice paddy ﬁelds, with the aimof supporting the formulation and implementation of an actual JCM project in agriculture to generatereliable and transparent carbon credits while ensuring business continuity for the private sector.

PurposeAchievements of triple goals: GHG emission reduction, increase in farmersʼ income, and disseminationof Japanese climate-smart technologies

Outcome

ADB

MAFFJ

Contribution

Expert committee（Discussion on MRV）

Publicationof MRV

GHG
reduction[Members]

・Gov. of Japan・Gov. of partner countries
・Related int'l organizations
・Research institutes

Farmers
in partnercountry
Increasein farmersʼ
incomeUtilization

Technology
and ﬁnance

Project
developer

JCM
credits

JCM project by private sector**JCM projects are envisioned to be led by private sector.

19

Private-Sector JCM Projects
Background● In order to achieve the JCM target of "cumulative international emission reduction/removal of approximately 100 million t-CO2 by 2030 throughpublic-private partnership" based on the Global Warming Countermeasures Plan (approved by the Cabinet in October 2021), in addition to theconventional JCM project formation using ﬁnancial support from the government, there is a need to promote the formation of JCM projects
invested and implemented by private companies without any governmental ﬁnancial supports for the purpose of obtaining JCM credits (private
sector JCM), in light of the growing interest in the use of JCM credits on the part of private-sector companies in recent years.
● In FY2021, the "Study Group on Measures to Promote the Use of JCM by the Private Sector" released "Recommendations" including the following.
・Signiﬁcance of utilization of private-sector JCM and expectations from the private sector for the development of the system: Necessity ofdeveloping speciﬁc procedures for the JCM system, etc.
・Promotion of partner countries' understanding of the concept of credit allocation, etc.: Importance of improving foreseeability through theadvance inquiry process, etc.

〈JCM Project Cycle〉
Promotion through the formulation of "Guidance on the development of Private-Sector
JC M pr o j e ct s inv est e d a nd imple mented by private companies w ithout any
governmental ﬁnancial supports● Introduction of the following new procedure, which is under discussion with each JCM
Partner country:
・Making an advance inquiry to the partner countries on the "Project Idea Note (PIN)"
which includes the project contents and credit allocation plan・Conﬁrming that there are no objections at the Joint Committee prior to theimplementation of a JCM project● Explanation of matters to be considered when proposing a private-sector JCM projectby PIN and requesting credit allocation (e.g., the concept of ﬁnancial andnon-ﬁnancial contributions)● Support measures for implementation of private-sector JCM projects, points to keep inmind when dealing with human rights, etc., and introduction of the support desk

Submission of PIN

Project participant

Conﬁrmation ofno objection

Joint Committee

Project implementation

Project participant

Submission of
methodology

Project participant/governments
or Joint Committee

Approval of methodology

Joint Committee

PDD formulation

Project participant

Validation

Third Party Entities (TPEs)

Registration

Joint Committee

Monitoring

Project participant● This guidance has been updated in March 2024 based on future revisions of JCM ruleswith JCM partner countries and the status of private-sector JCM projects.

Veriﬁcation

Third Party Entities (TPEs)● Please contact the JCM Secretariat at info@jcm.go.jp for any inquiry about private-sector
JCM projects.

Credit issuance

Joint Committee: Allocation
Governments: Credit issuance

Newly added process (under discussion with partnercountries) to be implemented for all JCM projects

20

Japan Platform for Redesign: Sustainable Infrastructure（JPRSI）
What is JPRSI?
JPRSI is a public-private partnership platform established by the Ministry of the Environment.
Japan in September 2020 to provide comprehensive support for partner countriesʼ governments
and corporations, etc. to improve environment by introduction of Japanese environmental
infrastructure.

Environmental Infrastructure Supported by JPRSI(1)Infrastructure for environmental conservation
Waste to Energy (WtE), Waste water treatment plant, Decentralized domestic wastewater
treatment system (“Johkasou"), Renewable power generation, renewable hydrogen, etc.

Shag Informa
t
rin

n
io

(1)Dissemination of technical information provided by Japanese companies

Government
CitiesCorporations

ns
ti o

g

nee

lu

Local governments
Corporations
Financial institutes
Banks
Investors
Experts
Consultants
Related ministries
and agencies

Partner countries

in

Major Activities and Achievements

Japan

M atc h(2)Infrastructure for decarbonization and reduction of environmental impacts
・Introduction of renewable energy and energy-saving equipment to infrastructure andcities,・Highly efﬁcient energy utilization and management in infrastructure,・Introduction of equipment for emissions reduction from pollutants (wastewater,
exhaust gas, dust, etc.),
・Introduction of disaster prevention systems that contribute to climate change
adaptation, etc.

ds

o
&s

ADB
GCF
UNIDO...

International organizations

A list of environmental technologies of JPRSI members are compiled and disseminated.
(220 technologies, available in English)(2)Matching needs in partner countries with Japanese corporationsʻ solutions
The JPRSI Secretariat receives inquiries from local governments and/or private sectors ofcommerce with interest in Japanese environmental technologies and the possibility tocollaborate in projects, and introduces the inquiries to JPRSI members for matching
purposes.

Free registration
Sign up here
JPRSI HP: https://www.jprsi.go.jp/en
JPRSI Secretariat (FY2024):
Overseas Environmental Cooperation Center (OECC), Japan
E-mail: info-jprsi@oecc.or.jp

JPRSI Members（as of June 30, 2024）
583 Japanese corporations, etc. engaged in environmental infrastructure21

Application Support by GEC for JCM Financing Programme
GEC Website
GEC introduces project examples selected so far in the JCM Model Project on the GEC website. You can search by sector such as
renewable energy for project study. For additional information, please refer to “Guidelines for Submitting Proposals” and Q&A on
the website.

Suitable for

Obtaining information on the programme including past projects and how to apply, etc.

https://gec.jp/jcm/

For more extensive information about the JCM, please see the following websites:● Carbon Markets Express: http://carbon-markets.env.go.jp/eng/ ● JCM Website: https://www.jcm.go.jp/“JCM Global Match”

JCM Business Matching Platform - Free of charge -The JCM Global Match is a free-of-charge online business matching platform designed to help you ﬁnd your business partners foran International Consortium of your JCM Model Project as well as JCM F-gas Project, ADB JFJCM and UNIDO-JCM Project. Among
the registrants in the platform, you will be able to ﬁnd Japanese and international companies with excellent decarbonization
technologies, JCM partner country companies to use such technologies, consultants familiar with the JCM Programme and helpful
in deal making, and Japanese and multinational ﬁnancial institutions. About 40 % of the registrants are Japanese entities and therest are from more than 50 countries.
You can appeal your companyʼs specialties and projects to all the registrants in various ways, like adding your information in the proﬁleand specialty sections, posting a chat about your company or project in the "Open Discussion" room, etc. And you can ﬁnd your potential
business partner from the search window or the lists of the companies by categories. If you ﬁnd a registrant of a company you areinterested in, send a “Matching Request” to him/her. Once the receiver accepts your request, you can get his/her whereabouts to contact
directly with him/her. In addition, you will get useful information about JCM and events on the platform. Register now. Itʼs easy.
(Contact for JCM Global Match: jcm-gm@gec.jp)

Suitable forhttps://jcm-gm.my.site.com/JCMGlobalMatch/s/?language=en̲US
Finding JCM project partners including Japanese companies expanding businessoverseas and overseas companies wishing to introduce technologies using JCM funding.

Consultation by GEC
GEC provides application consultation in order to assist project formation for entities interested in JCM Model Project. Please feel free to contact us. Please send an e-mail to
jcm-info@gec.jp. Subject of e-mail should be “Consultation on application for JCM Model Project (Your company name)” .
Please contact the JCM Secretariat (info@jcm.go.jp) for prior consultation on Project Idea Note, etc. for private-sector JCM projects, invested and implemented by privatecompanies without any governmental ﬁnancial supports.

Suitable for
Cover Pictures

Asking questions to or consulting with GEC staff face to face or online at various phases of proposal preparation from earlyplanning to application.

Lower left : Floating Solar Power & Looftop Solar Power (Thailand) Shizen Energy Inc. / Upper left : Chiller & LED Lighting (Vietnam) Tokyu Corporation/ Center : Waste to Energy (Vietnam) JFE Engineering Corporation / Right : Mini Hydro Power (Philippines) Toyota Tsusho Corporation

22

【Tokyo Ofﬁce】
4th Floor Hongo Ozeki Bldg., 3-19-4 Hongo Bunkyo-ku, Tok yo 113-0033, Japan【Osaka Headquarters】
2-110, Ryokuchi-koen, Tsurumi-ku, Osaka 538-0036, Japan☎+81-3-6801-8860☎+81-6-6915-4122 (Climate Change Division)

https://gec.jp/jcm /https://twitter.com/GEC̲JCM̲Info
jcm-info@gec.jp