JCM_MN_F_PDD_ver01.0

JCM Project Design Document Form
A. Project description
A.1. Title of the JCM project"Installation of high-efficiency Heat Only Boilers in 118th School of Ulaanbaatar City" Project
A.2. General description of project and applied technologies and/or measures
The 118th school in Ulaanbaatar city is located in 8th Khoroo, Khan-Uul District. This school
opened relatively new, in 2009. It is located near the Genghis Khan International Airport.
The climate of Ulaanbaatar is dry, and very cold in the winter season. Khan-Uul District ofUlaanbaatar City is the outside of the service area of the heat supply from the thermal power
plants. Therefore, HOB is a necessary heating service for schools and kindergartens.
Since the population of the neighboring area has been increasing rapidly, the construction of a
new school building and the establishment of a new kindergarten were planned.

Figure 1 Location of 118th school of Ulaanbaatar
The proposed JCM project aims the introduction of high-efficiency HOBs which are necessary
to fulfill the demand of new heat facilities for the new school building and the kindergarten.
The Reference HOB is the vertical type in line with MN_AM002.
The key technology is applied in the boiler, "CARBOROBOT C300", with a rotary grate. Thefuel (coal) is automatically fed from the hopper to the rotary grate. The amount of fuel on thegrate is optimized, burning only the minimum amount required to cover the heat demand of thebuilding at the time. Therefore, the "CARBOROBOT C300" is more efficient than the1

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Reference HOB.
In addition, the "CARBOROBOT C300" boiler is designed with the multi-cyclone module (dustcollector), which contributes to the reduction of the air pollutant in Ulaanbaatar City.
The new boiler building was constructed and introduced the new HOB facilities, such as a heatexchanger and makeup tank, and this project was implemented as a JCM project.
(refer to “Ref.01”)

A.3. Location of project, including coordinates
Country

Mongolia

Region/State/Province etc.:

Ulaanbaatar City

City/Town/Community etc:

8th Khoroo, Khan-Uul District

Latitude, longitude

Latitude: 47° 51' 42.3", Longitude: 106° 47' 43.3"

A.4. Name of project participants
Mongolia

ANU-SERVICE CO.,LTD.

Japan

SUURI-KEIKAKU CO.,LTD.

A.5. Duration
Starting date of project operation

01/10/2014

Expected operational lifetime of project

15 years.

A.6. Contribution from developed countries
The proposed project was financially supported by the Ministry of the Environment, Japanthrough the financing programme for JCM model projects which seeks to acquire JCM credits.
Japanese experts of “SUURI-KEIKAKU CO., LTD.” will support the development oftelemeter system such as the remote control and automatic record of the monitoring data, as thecore of MRV activities of JCM.
The Capacity Development was applied to the boiler managers by the Japanese engineersusing a technical guidance. The aim of the technical guidance is to optimize the boiler
operation based on the results from the measurements of the Japanese engineers. In addition,the person in charge of “SUURI-KEIKAKU CO.,LTD.” made some manuals from these
activities for staffs of “ANU-SERVICE CO.,LTD.” (refer to “Ref.02” and “Ref.03”)
Since ANU-SERVICE CO., LTD. is the host country’s (Mongolian) operation and monitoring
entity, SUURI-KEIKAKU CO., LTD. implements the capacity development of the monitoring
activity to the ANU-SERVICE CO., LTD. staffs.

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B. Application of an approved methodology(ies)B.1. Selection of methodology(ies)
Selected approved methodology No.

MN_AM002

Version number

Ver. 1.0

B.2. Explanation of how the project meets eligibility criteria of the approved methodology
Eligibility

Descriptions specified in thecriteria

methodology

Criterion 1

Project information

Technology to be employed in this The purpose of the boilers is to heat
methodology is coal-fired heat only school and kindergarten.
boiler(HOB) for hot water supply The boilers are hot water low pressure
system.

automatic boilers and designed for brown
coal (5-25 mm) burning only.
(refer to “Ref.01”)

Criterion 2

Capacity of the project HOB ranges Two high efficient coal fired boilers“CARBOROBOT C300” with capacity offrom 0.10 MW to 1.00MW.

300 kW each, installed at project site.
(refer to “Ref.01” and “Ref.05”)
Criterion 3

The project activity involves the The two new high efficient HOBs
installation of new HOB and/or the “CARBOROBOT C300” of capacity 300
replacementof

theexisting kW are installed.
(refer to “Ref.01” and “Ref.05”)

coal-fired HOB.
Criterion 4

The project HOB is equipped with The manual of boiler operation isanoperationandmaintenance prepared in Mongolian language.

manual.

Themaintenancemanualof“CARBOROBOT C300” is prepared inMongolian language.
(referto“Ref.02”,“Ref.03”,

and“Ref.04”)
Criterion 5

The catalog value of the boiler The

boilerefficiency

ofefficiency for the project HOB is “CARBOROBOT C300” is "85% 80% or higher.

90%", according to the catalog value.
(refer to “Ref.05”)

Criterion 6

The project HOB has the function “CARBOROBOT C300” has a unique,to feed coal on the stoker uniformly rotating-grate technology.
and is equipped with a dust Since “CARBOROBOT C300” has the3

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collector.

structure that the hopper is upside of therotarygrate,thefuel(coal)

isautomatically and uniformly fed from thehopper to the rotary grate. The amount offuel on the grate is optimized, burning
only the minimum amount required tocover the heat demand of the building at
the time.
This feature is enhanced by the active
agitator and vibrator system located in
the fuel container.
A special rotary grate performs to control
the dosage of the fuel by using theaccurately regulated burning process, andautomatically removes the ash from thefurnace chamber to the ash chamber.
TheCAROBOROBOT

boilersaredesigned with the multi-cyclone module(dust collector).
(refer to “Ref.01” and “Ref.05”)
C. Calculation of emission reductions
C.1. All emission sources and their associated greenhouse gases relevant to the JCM project
Reference emissions
Emission sources

GHG type

Coal Consumption of reference HOB

CO2
Project emissions

Emission sources

GHG type

Coal Consumption of project HOB

CO2Electricity Consumption of project HOB

CO2

C.2. Figure of all emission sources and monitoring points relevant to the JCM project4

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The emission sources are coal consumptions and electrical consumptions in HOB.
The monitoring equipment is the heatmeter which measures the quantity of net heat supply ofHOB. “Monitoring point 1” is the “Heat Quantity” (“PHp”) of the heatmeter. The “HeatQuantity” is calculated by the flow rate of outgoing heat water/ returning heat water ("V1"), thetemperature of outgoing heating water ("T1") and the temperature of returning heating water("T2").
The persons in charge of the monitoring activity are able to get the information of heatmeter byusing the telemeter system. The telemeter system consists of the data logger of the heatmeterand the signal conductor. The monitoring data will be recorded hourly in the data logger, andthe data are collected daily by using the telemeter system.
The “Monitoring point 2” is the HOB itself. This item of the “Monitoring Points 2” is the total
hours of the project HOB operation. Total hours are the period from the starting to the endingtime regarding the monitoring activity.

Electrical Grid

Data Collect
SignalConductor

Heatmeter
Controller

ElectricalConsumption

Monitoring Point 1

School,Kindergarten

Heat Quantity (PHp)
V1
T1
HOB
CARBOROBOT C300

T2

Monitoring Point 2
Figure 2 Monitoring Point of “CARBOROBOT C300”

C.3. Estimated emissions reductions in each year
Year

Estimated

Reference Estimated
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Project EstimatedEmissionJCM_MN_F_PDD_ver01.0

emissions (tCO2e)

Emissions (tCO2e)

Reductions (tCO2e)

2013000

2014

000

2015

805

71392

2016

805

71392

2017

805

713

92

2018

805

713

92

2019

805

713

92

2020805

713

92

Total

4830

4278

552(tCO2e)
D. Environmental impact assessment
Legal requirement of environmental impact assessment for YES
the proposed project

E. Local stakeholder consultation
E.1. Solicitation of comments from local stakeholders
Date: from 13:30 to 15:00, 28th June 2014
Place: a classroom of 118th school of Ulaanbaatar City
Participants: 44 people living and/or working near 118th school, 44 people responded thequestionnaire, and there are some babies and children.
Handouts: Questionnaire (Mongolian language), Outline of JCM (Mongolian language)
Agenda:1) Outline of JCM and JCM Project (Mr. Kuwahara)
2) Technical review of "Installation of high-efficiency Heat Only Boilers in 118th School of
Ulaanbaatar City" Project (Mr. Injinaash)
3) Q&A4) Closing remark
ANU-SERVICE CO.,LTD. announced the local stakeholder consultation in newspaper on 13thJune 2014. In addition, the teachers of 118th school informed their schoolkids and students of
the local stakeholder consultation. Therefore many parents participated in the local stakeholder
consultation. The announcement of newspaper and web site are as follows;6

JCM_MN_F_PDD_ver01.0The circumstances of stakeholder consultation were as follows;

Though this local stakeholder consultation, the local stakeholder understood the JCM project
deeply and results of the questionnaire were positive. The local stakeholder showed theexpectation about supplying the hot-water to their homes. As a result, since they had a favorable
impression of the project promotion, the particularly additional correspondence wasunnecessary.

E.2. Summary of comments received and their consideration
Stakeholders
Khoroo head

Comments received

Consideration of comments received

In 118 schools, what kind of fuel do For the new school building and new
you use?

establishment of kindergarten, heatIn 118 schools, how much fuel do demand increases. As a result, theyou use?

coal consumption increases from last

How much saving effect is there?

year. However, coal consumption is

What is the effect to use this boiler reduced in comparison with the usefor?

of the conventional boilers becauseof using high efficiency boilers.
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The stakeholder did not understandcompletely.

Therefore,

thisstakeholder asked another question.
Khoroo head

Please explain it more clearly.

This boilers use coal refuses. As aresult,thewastedecreaseandexhaust gas is little, too. In addition,
the ability for heat supply of theboilers is high.
Thestakeholder

understoodtheanswer. The additional action was notnecessary.
Male "A"Can the heat supply be implemented The heat supply can be implemented.
to the apartment in the same way that The boilers are installed depending
the heat supply is implemented to the on the heat demand for house size.
school and the kindergarten?

Our company is implementing heat
supply to the apartment of three orfour floors in local area.
The

stakeholder

understoodtheanswer. The additional action was notnecessary.
Female "B"

Can the heat supply be implemented The heat supply to the "GER" area
to the "GER" area?

canbeimplemented.

If

land

problems are solved, the heat supply
is possible.
Thestakeholder

understoodtheanswer. The additional action was notnecessary.
Female "C"

Can the heat supply be implemented It can be implemented. But, ato one street of "GER" area?

problem is that one street is notenough area. So, the heat supply canbe implemented to some streets of"GER" area.
The

stakeholder

understoodtheanswer. The additional action was notnecessary.

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F. References
Ref.01; Results of 118th School Environment Impact Assessment.pdf
Ref.02; [confidential] Maintenance Manual_CARBOROBOT.pdf
Ref.03; [confidential] Improvement Manual of HOB from SUR_MN.pdf
Ref.04; [confidential] HOB Operation and Maintenance Manual.pdf
Ref.05; Specifications of HOBs.pdf
Ref.06; 2012FS_Monitoring Results of 79th school HOB.pdf
Reference lists to support descriptions in the PDD, if any.

Annex

Revision history of PDD
VersionDate

Contents revised

Ver 1.0

18/05/2015

First Edition

Ver 2.0

19/06/2015

Second Edition
PDD was revised because of the document review andfollow-up actions of TPE. The Contents revised are “A.2.”,“A.5.”, “A.6.”, “B.2.”, “C.2.”, “E.1.”, “E.2.” and “F.
Reference”.

Ver 3.0

27/06/2015

Third Edition

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