Table of Contents UPC Introduction UPC’s CDM Records CDM Overview

DeN2O CDM Project at Maryazot, Turkmenistan December, 2009
UPC Corporation Ltd. D K Seo, President T: M:

Table of Contents UPC Introduction UPC’s CDM Records CDM Overview
Case Studies DeN2O CDM with Maryazot DeN2O Project in Korea DeN2O Project in China Proposal

Introduction Education & Career CDM Experience
1980 Graduated from Korea University with a B.S. degree in Chemistry 1982 Discharged from Reserve Officers Training Corps (ROTC) as a first lieutenant Joined Samsung Corporation 1984 MBA in Korea University 1985 Joined ICI Korea 1990 Worked at the ICI head office in U.K. for 2 years 1995 Sales Director of ICI Korea 1998 CEO of UPC Corporation Ltd. CDM Experience 2003 • Co-developed the first Approved Methodology (AM0001) in the world with INEOS Japan • Co-invested in a CDM project at Ulsan Chemical 2004 • Received LoA from the Korean DNA for the first time 2005 • Registered the first CDM project in Korea at the CDM EB 2006 • Had the first CERs in Korea issued and sold • Signed a contract with German N.serve for a CDM project at Dongbu HiTek 2008 • Won Korea Green Energy Enterprise of 2008 • Registered Dongbu HiTek N2O Reduction Project at CDM EB • Selected as an overseas CDM developer by Eco-STAR Project under MOE • Carried out feasibility study for Photovoltaic Energy Pilot Project in Nicaragua under Ministry of Knowledge Economy 2009 • Selected as a member of the Evaluation Committee of KEMCO GHG Certification Office • Signed an ERPA with Yongchang Chemical in China for a DeN2O CDM project • Appointed as a member of the Evaluation Committee of IPE (Identification & Pre-Evaluation) on GHG reduction projects

Introduction Presentation & Lecture
Environmental Management Corporation (EMC) Hanwha Corporation POSCO POSCO Daegu Chamber of Commerce & Industry Korea Energy Management Corporation (KEMCO) Korea Chamber of Commerce & Industry Korea Energy Management Corporation (KEMCO) International Workshop on Carbon Market – Ministry of Commerce, Industry and Energy Korea District Heating Corp. Seoul Venture Forum Seminar on International Carbon Market – KEMCO Carbon Market and CDM – EMC UNFCCC and CDM – Gyeonggi Province CER Trading – Korea Water Resources Corporation (KOWACO) Carbon Finance Asia 2008, Singapore Carbon Trading – Evaluation Committee of KEMCO GHG Certification Office CDM Best Practice – KEMCO Lessons To Be Learned from CDM Projects in Korea – Chinese Government Officials Overseas CDM Opportunities – POSCO

Green Energy Enterprise
UPC was awarded the Korea Green Energy Enterprise of 2008, selected by the Korean government, MKE (Ministry of Knowledge Economy) and MOE (Ministry of Environment) “ ”

Speaker at Carbon Finance Asia 2008

Member of Evaluation Committee
Seoul Development Institute IPE (Identification & Pre-Evaluation) Task Force

Interviews on Korean TV
KBS News 9 / Jan 13, 2006 Appeared as Technical Advisor on the HFC CDM Project in Korea MBC Energy Info News / Oct 13, 2009 Featured as the first person in Korea having transaction records of international carbon credit trading

UPC’s CDM Records Ulsan HFC CDM (Korea) Dongbu N2O CDM (Korea)
1,400,000 tCO2/year Dongbu N2O CDM (Korea) 240,651 tCO2/year Overseas N2O CDM (China) 404,000 tCO2/year Overseas Biomass CDM (China) 150,000 tCO2/year

UPC’s Projects in the Pipeline
Small Hydroelectric CDM (Philippines) 25,360 tCO2/year Biomass Cogeneration CDM (China) 196,611 tCO2/year ? Waste Heat Recovery CDM (China) 130,938 tCO2/year New CDM (Turkmenistan) ---,--- tCO2/year

UPC’s CDM Records (1) Title HFC Decomposition Project in Ulsan Project
Participant Japan – INEOS Fluor Japan Limited Republic of Korea – FOOSUNG Co., Ltd., UPC Corporation Ltd. Methodology AM0001 : Incineration of HFC 23 Waste Streams (1st in the world) CER 1,400,000 tCO2/year Registered 24 Mar 2005 (4th in the world) Activity To collect and decompose HFC 23, a by-product from HCFC 22 production, in a thermal oxidation chamber

UPC’s CDM Records (2) Title
Project for the catalytic reduction of N2O emissions with a secondary catalyst inside the ammonia reactor of the nitric acid plant at Dongbu Hannong Chemicals Ltd., Ulsan, Korea (“Dongbu”) Project Participant Republic of Korea – Dongbu Hannong Chemicals Ltd., UPC Corporation Ltd. U.K. – Johnson Matthey PLC, N.serve Environmental Services GmbH Methodology AM0034 : Catalytic reduction of N2O inside the ammonia burner of nitric acid plants CER 240,651 tCO2/year Registered 1 Apr 2008 Activity To reduce N2O emissions from the production of nitric acid by installing an N2O abatement catalyst inside the ammonia oxidation reactor

UPC’s CDM Records (3) Title Yongchang Chemical N2O Abatement Project
Participant China – Xinxiang Yongchang Chemical Industry Limited Company Republic of Korea – UPC Corporation Ltd. Methodology AM0028 : Catalytic N2O destruction in the tail gas of Nitric Acid or Caprolactam Production Plants CER 404,000 tCO2/year Registered (to be registered) Activity To reduce N2O emissions from the production of nitric acid by installing an N2O abatement system after the absorption tower

UPC’s CDM Records (4) Title Jilin Biomass Generation Project Project
Participant Republic of Korea – LG International Corp., UPC Corporation Ltd. Methodology ACM0002 : Consolidated methodology for grid-connected electricity generation from renewable sources ACM0006 : Consolidated methodology for electricity generation from biomass residues CER 150,000 tCO2/year Registered (to be registered) Activity To generate electricity using corn straws and supply to households through a power grid

UPC’s CER Records Total CERs Issued 8,300,000 Total CERs Sold
[ 2005 ~ ] Total CERs Issued 8,300,000 Total CERs Sold 8,200,000

CDM Overview

Clean Development Mechanism (CDM)
Annex I Non-Annex I Current Emissions Reduction Required Purchase Emission Reduction Emission Reduction Target

(7) Verification/Certification
CDM Project Cycle Planning of a CDM Project Activity Project participants need to understand and consider various requirements for a CDM project activity to be registered. (1) Project Planning Completion of Project Design Document (PDD) Project Design Document (PDD) is to be completed according to the template PDD form provided by the Executive Board (EB). (2) PDD Completion (3) Validation Independent evaluation of a project activity by a Designated Operational Entity (DOE) against the requirements of the CDM on the basis of the PDD Written approval from Designated National Authority (DNA) of the Parties The Letter of Approval (LoA) states that the proposed CDM project activity contributes to sustainable development. The registration of a project activity can take place without an Annex I Party being involved at the stage of registration. (4) DNA Approval (5) Registration Formal acceptance by the EB of a validated project as a CDM project activity (6) Monitoring Collection and archiving of all relevant data necessary for calculating the greenhouse gas (GHG) emission reductions in accordance with the monitoring plan Periodic independent review and ex-post determination by the DOE of the monitored GHG emission reductions by a registered CDM project activity during the verification period / Written assurance by the DOE that a project activity achieved the emission reductions as verified (7) Verification/Certification Issuance of Certified Emission Reductions (CERs) equivalent to the number of GHG emission reductions verified and certified (2% of the CERs to be deducted prior to issuance as Adaptation Share of Proceeds) (8) Issuance of CERs (9) Share of CERs Share of CERs generated by the project activity among the project participants (10) Sale of CERs Profit obtained from selling CERs

(7) Verification/Certification
CDM Project Cycle (1) Project Planning (2) PDD Completion (3) Validation (4) DNA Approval (5) Registration (6) Monitoring (7) Verification/Certification (8) Issuance of CERs (9) Share of CERs (10) Sale of CERs

Registered Projects in Korea (1)
Project Description Annex I Country Reductions (tCO2/year) Project Participant(s) 24 Mar 05 Ulsan HFC Decomposition Japan 1,400,000 INEOS, Foosung, UPC 27 Nov 05 Onsan Rhodia N2O Emission Reduction France 9,150,000 Korea Energy Management Corporation (KEMCO), Rhodia 20 Mar 06 Gangwon Wind Park (98MW) 149,536 Unison, Gangwon Wind Power, Ecoeye, Marubeni 02 Jun 06 Youngduk Wind Park (39.6MW) 60,071 Unison, Youngduk Wind Power, Ecoeye, Marubeni 18 Jun 06 Sihwa Tidal Power Plant (254MW) - 315,440 Korea Water Resources Corporation (KOWACO) 21 Aug 06 Donghae PV(photovoltaic) Power Plant (1MW) 565 Korea East-West Power Co. 06 Oct 06 Korea Water Resources Corporation (KOWACO) small-scale hydroelectric power plants (2.64MW) 9,689 22 Jan 07 Catalytic N2O destruction in the tail gas of three Nitric Acid Plants at Hu-Chems 1,268,310 Carbon Korea, Hu-Chems 09 Feb 07 Korea Water Resources Corporation (Kwater) small-scale hydroelectric power plants II (2.33MW) 8,697 Korea Water Resources Corporation (Kwater) 10 Feb 07 Yangyang Renewable Energy (3MW Wind Power + 1.4MW Small Hydroelectric Power) 8,620 Korea Midland Power Corporation (KOMIPO) 23 Mar 07 Korea South-East Power Co. (KOSEP) small scale hydroelectric power plants (5.97MW) 21,189 Korea South-East Power Co. (KOSEP) 02 Apr 07 Switching of fuel from Low Sulphur Waxy Residue fuel oil to natural gas at Gangnam branch Korea District Heating Corporation Project 34,703 Korea District Heating Corporation 30 Apr 07 Sudokwon Landfill Gas Electricity Generation Project (50MW) 1,210,342 Sudokwon Landfill Site Management Corporation (SLC) 03 May 07 Catalytic N2O Abatement Project in the Tail Gas of the Nitric Acid Plant of the Hanwha Corporation (HWC) 281,272 Hanwha Corporation (HWC), Mitsubishi

Project Title Annex I Country Reductions (tCO2/year) Project Participant(s) 19 Aug 07 Daegu Bangcheon-Ri Landfill Gas CDM (thermal energy) - 404,872 Daegu Metropolitan City 17 Oct 07 Hangyeong second phase SS-wind power (15MW) 28,898 Korea Southern Power Co. 06 Nov 07 K water Wind Power Plant in Bang-a muri (3MW) 4,013 Korea Water Resources Corporation (Kwater) 01 Apr 08 Catalytic reduction of N2O emissions with a secondary catalyst inside the ammonia reactor of the nitric acid plant at Dongbu Hannong Germany, U.K. 240,651 Dongbu HiTek, N.serve, Johnson Matthey, UPC 04 Jul 08 Small Hydroelectric Steelworks of POSCO (Gwangyang Steelworks) (0.6MW) 2,687 POSCO 09 Dec 08 1 MW Hwaseong PV (photovoltaic) Power Plant 832 KC Solar Power 31 Dec 08 Korea Midland Power Co., LTD. (KOMIPO) Boryeong Small Hydroelectric Power Plant (7.5MW) 13,715 Korea Midland Power Co. (KOMIPO) 14 Jan 09 DAEGU & SINANJEUNGDO PV(PHOTOVOLTAIC) POWER PLANT (0.9MW) 827 Korea District Heating Corporation 02 Feb 09 Samryangjin PV(photovoltaic) Power Plant (3MW) 2,215 Korea Western Power Co. (KWPCO) 13 Feb 09 Korea Land Corporation Pyeongtaek Sosabul-district new and renewable energy model city (Photovoltaic + solar water heating) (4.7MW) 4,511 Korea Land Corporation 20 Feb 09 Yeong Yang 61.5MW Wind Farm Project 112,812 Yeong Yang Wind Power Corporation 07 Apr 09 The Korea Hydro & Nuclear Power Co. Renewable Energy Project (3MW Yonggwang Photovoltaic Power MW Kori Wind Power) 2,680 Korea Hydro & Nuclear Power Co.

Project Title Annex I Country Reductions (tCO2/year) Project Participant(s) 15 May 09 Taegisan Wind Power (40MW) Japan 59,669 POSCO E&C, EURUS 04 Jun 09 LG Chem Naju plant fuel switching 19,635 LG Chem, Mitsubishi UFJ 07 Aug 09 Korea East-West Power Dangjin small hydro power plant (5MW) - 15,096 Korea East-West Power Co. 16 Aug 09 New Energy and Hongik Energy & Research small-scale hydroelectric power plants (2.35MW) 5,501 New Energy, Hongik Energy & Research, Ecoeye 29 Aug 09 8.85MW SECHAN POWER PV(photovoltaic) power plant 8,342 SECHAN POWER 17 Sep 09 Gimcheon PV Power Plant Site 1 CDM (9.1MW) 8,197 Gimcheon Enervix 28 Sep 09 Gimcheon PV Power Plant Site 2 CDM (9.3MW) 7,896 Samsung Everland 19 Oct 09 Taean Solar Farm PV(photovoltaic) power plant (1.59MW) 1,396 Taean Solar Farm Total 14,862,879 (34 projects as of )

Case Studies

N2O Abatement CDM – Adipic Acid Plant
Title N2O Emission Reduction in Onsan, Republic of Korea Project Participant Republic of Korea – Rhodia Energy Korea, KEMCO France – Rhodia Polyamide Intermediates SAS, Rhodia Energy SAS Methodology AM0021: Baseline Methodology for decomposition of N2O from existing adipic acid production plants CER 9,150,000 tCO2/year Registered 27 Nov 2005 Activity N2O generated from the adipic acid plant is decomposed over 99% by the thermal destruction process

Landfill Gas CDM Title Sudokwon Landfill Gas Electricity Generation Project (50MW) Project Participant Republic of Korea – Sudokwon Landfill site management Corporation (SLC) Methodology ACM0001: Consolidated methodology for landfill gas project activities ACM0002: Consolidated methodology for grid-connected electricity generation from renewable sources CER 1,210,342 tCO2/year Registered 30 Apr 2007 Activity Landfill gas (LFG) is collected and utilized to generate electricity Collection potential rate: about 75% Generating capacity: 50MW

Wind Power CDM Title K water Wind Power Plant Project in Bang-a muri
Participant Republic of Korea – Korea Water Resources Corporation (K water) Methodology AMS-I.D.: Grid connected renewable electricity generation CER 4,013 tCO2/year Registered 6 Nov 2007 Activity 2 units of 1.5MW wind turbine (total capacity: 3MW) are installed to generate electricity and export to the power grid

Photovoltaic Power CDM
Title 1 MW Donghae PV(photovoltaic) Power Plant Project Participant Republic of Korea – Korea East-West Power Methodology AMS-I.D.: Grid connected renewable electricity generation CER 565 tCO2/year Registered 21 Aug 2006 Activity A photovoltaic power plant is constructed inside the existing Donghae Thermal Power Plant

Tidal Power CDM Title Sihwa Tidal Power Plant CDM Project Project
Participant Republic of Korea – Korea Water Resources Corporation (KOWACO) Methodology ACM0002: Consolidated methodology for grid-connected electricity generation from renewable sources CER 315,440 tCO2/year Registered 18 Jun 2006 Activity 10 turbine generators (total capacity: 254MW) are installed to generate electricity by utilizing sea water coming into an artificial lake (Sihwa) The project produces clean energy and improves the water quality as well

Small Hydroelectric CDM
Title Small Hydroelectric Steelworks of POSCO Co., Ltd. (Gwangyang Steelworks) Project Participant Republic of Korea – POSCO Methodology AMS-I.D.: Grid connected renewable electricity generation CER 2,687 tCO2/year Registered 4 Jul 2008 Activity Electricity is generated by utilizing the existing water supply from a dam to Gwangyang Steelworks and exported to the power grid Total installed capacity: 600kW (2 units of 300kW turbine)

Fuel Switch CDM Title Switching of fuel from Low Sulphur Waxy Residue fuel oil to natural gas at Gangnam branch Korea District Heating Corporation Project Project Participant Republic of Korea – Korea District Heating Corporation Methodology ACM0009: Consolidated methodology for industrial fuel switching from coal or petroleum fuels to natural gas CER 34,703 tCO2/year Registered 2 Apr 2007 Activity 4 existing LSWR (Low Sulphur Waxy Residue) heat-only boilers are replaced by 3 natural gas heat-only boilers

Iron & Steel CDM Title BOG and COG Utilisation for Combined Cycle Power CDM Project in Jinan Iron & Steel Works Project Participant China – Jinan Iron and Steel Works U.K. – Noble Carbon Credits Methodology ACM0004 ( consolidated into ACM0012): Consolidated methodology for waste gas and/or heat for power generation CER 2,089,883 tCO2/year Registered 17 Mar 2007 Activity Waste gases from the steel making process, Blastfurnace Off Gas (BOG) and Coke Oven Gas (COG) are captured and utilized as fuel in a new Combined Cycle Power Plant (CCPP)

Wastewater Treatment CDM
Title Vinasse Anaerobic Treatment Project - Compañía Licorera de Nicaragua, S. A. (CLNSA) Project Participant Nicaragua – Compañía Licorera de Nicaragua (CLNSA) Netherlands – Corporación Andina de Fomento (CAF) Methodology AM0013 ( consolidated into ACM0014): Avoided methane emissions from organic waste-water treatment CER 119,847 tCO2/year Registered 9 Mar 2007 Activity Wastewater generated in the production of alcohol from sugar molasses is treated by anaerobic biodigesters, from which methane is produced and utilized in a new cogeneration facility

Cement CDM Title Ningguo Cement Plant 9100KW Waste Heat Recovery and Utilisation for Power Generation Project of Anhui Conch Cement Co. Ltd Project Participant China – Anhui Conch Cement Company U.K. – CAMCO International Methodology AM0024: Methodology for greenhouse gas reductions through waste heat recovery and utilization for power generation at cement plants CER 54,907 tCO2/year Registered 4 May 2007 Activity Waste heat in the production of 5,000 t/d cement clinker is recovered and utilized for power generation Installed capacity: 9.1MW

Animal Manure Treatment CDM
Title Methane Recovery and Utilization CDM Project at Muyuan Swine Farm in Henan Province Project Participant China – Muyuan Livestock Feeding Japan – Marubeni Corporation Methodology ACM0010: Consolidated methodology for GHG emission reductions from manure management systems CER 110,461 tCO2/year Registered 21 Dec 2007 Activity Raw manure and wastewater from swine farm are treated by anaerobic digester Methane produced from the anaerobic treatment process is collected and utilized to generate electricity

Animal Manure Treatment CDM – Indonesia

Biomass Cogeneration CDM – Philippines
FFHC Sugar Mill

SF6 Abatement CDM – Korea
SF6 concentration at the inlet flow rate at the outlet

DeN2O CDM with Maryazot

CDM Opportunities in Turkmenistan
Turkmenistan ratified the Kyoto Protocol on January 11, 1999 There are no CDM projects already registered or currently in the process of validation as of October, 2009

CDM Opportunities in Turkmenistan
NITRIC ACID PLANT Maryazot (Марыазот) the first industrial enterprise producing nitric fertilizers in Turkmenistan set in operation in 1984 main products – ammonium nitrate, ammonia, nitric acid, polypropylene bags, liquid nitrogen, liquid oxygen, soda ash, coagulant (ferric sulfate) nitric acid production – design capacity: 1,080 ton/day of non-concentrated nitric acid (i.e. 360,000 ton/year)

Nitric Acid Production
DeN2O Methodology – AM0034 (Secondary) Liquid NH3 Air Intake NH3 Filter Air Filter NH3 Vaporizer Air Compressor To Atmosphere Heat Exchanger NH3/Air Mixer Ammonia Oxidation Catalyst Ammonia Oxidation Reactor (AOR) Absorption Tower Heat Exchanger DeNOx Catalyst Tail Gas Turbine (Expander) DeN2O Catalyst Nitric Acid Production

Nitric Acid Production
DeN2O Methodology – AM0028 (Tertiary) Liquid NH3 Air Intake NH3 Filter Air Filter NH3 Vaporizer Air Compressor To Atmosphere Heat Exchanger NH3/Air Mixer Ammonia Oxidation Catalyst Ammonia Oxidation Reactor (AOR) Absorption Tower DeNOx Catalyst Heat Exchanger Tail Gas Turbine (Expander) DeN2O Catalyst Nitric Acid Production

UPC can provide technologies for both AM0028 and AM0034
DeN2O Methodology – AM0028 & AM0034 UPC can provide technologies for both AM0028 and AM0034 UPC AM0028 Affiliated with Korean technology Signed an ERPA (Emission Reduction Purchase Agreement) with a nitric acid plant in China for a DeN2O project Currently in the validation process – DOE’s on-site audit expected in November, 2009 AM0034 Affiliated with English technology Developed a DeN2O project in a nitric acid plant in Korea Registered in April, 2008 First CERs issued and the second to be issued soon Looking for potential projects in other parts of Asia, esp. Central Asia

DeN2O Catalyst Natural Zeolite Honeycomb Catalyst
100CPSI Honeycomb (extruded) NZ Honeycomb substrate Wash-coating 1cm3 Honeycomb (extruded) FeHNZ coated Honeycomb Catalyst

DeN2O Catalyst Comparison with Other DeN2O Catalysts UPC (Greenpla)
Japanese Catalyst German English Reduction Rate (Min.) 95% 90% 94% 80% Temp. (°C) 370 (tail gas) 400 360 900 (AOR) Location Tertiary Secondary Reducing Agent - Propane Production Cost Low High Very high Engineering Medium

N2O Reduction Efficiency: Over 98% at 370°C
DeN2O Catalyst Test Results (March, 2007) Conversion of N2O (%) Temperature (oC) 300 325 350 375 400 20 40 60 80 100 N2O Reduction Efficiency: Over 98% at 370°C

DeN2O Project Developed by UPC (I)

DeN2O Projects Developed by UPC
AM0034 Dongbu UPC

DeN2O Project in Korea – Registration

DeN2O Project in Korea – Project Site
Capacity – 100,000 t/yr

DeN2O Project in Korea – Process Flow

DeN2O Project in Korea – DeN2O Catalyst
Modified Basket

DeN2O Project in Korea – Stack Gas Flow
#1 EN14181 PORT #2 EN14181 PORT Flow meter Sampling System Thermometer Stack Stack Gas Flow Rate

DeN2O Project in Korea – N2O Analyzer
Analyzer House Data System

DeN2O Project in Korea – Monitoring
Monitoring Data Verification Report

DeN2O Project in Korea – Issuance
CER Issuance

DeN2O Project Developed by UPC (II)

DeN2O Projects Developed by UPC
AM0028 Yongchang UPC

DeN2O Project in China – ERPA

DeN2O Project in China – Project Site
Line 1 – 50,000 t/yr Line 2 – 100,000 t/yr

Production Process Analysis 1 Production Process Analysis 2 Production Process Analysis 3 Production Process Analysis 4 Production Process Analysis 5 Production Process Analysis 6 N2O Concentration Measurement N2O Concentration

Ammonia Oxidation Reactor (AOR) Inside the AOR Lower Part of the Absorption Tower Inside the Control Room Heat Exchanger & Turbine Heat Exchanger Overview of Line 2

DeN2O Project in China – Line 1: Process Flow
Filter Compressor Mixer AOR Low Pressure Cooler Waste Gas Reheater Absorption Tower Air NH3 Preheater W.H.R. (Turbine) H2O IN Steam To ATM. 508℃ MPa Waste Heat Boiler Pt Filter Waste Gas Preheater Heater HNO3 Production 15℃ 1.49MPa 1.10MPa 248℃ 870℃ 205℃ 270℃,0.004MPa 90℃ 0.54MPa 38℃ 0.62MPa 173℃ 200℃, 0.5MPa 172℃, 0.72MPa 0.71MPa 358℃ 110℃ 0.88MPa 183℃ 0.72MPa DeN2O System 18.3℃ Ammonia Catalytic Reduction Reactor

DeN2O Project in China – Line 2: Process Flow
20℃ 0.87MPa 40℃ 0.94MPa 440℃ 240℃ 850℃ 0.3MPa ℃ 0.96MPa AOR Waste Heat Boiler Heat Exchanger Exchanger High Pressure Reaction Water Condenser NO Compressor Low Pressure Reaction Water Condenser Tail Gas Preheater Absorption Tower Gas Separator 2nd Heat Exchanger NH3 Tail Gas Turbine 31.7℃ H2O IN 30℃, 6kPa H2O OUT (recycle) 425℃, 3.6MPa ℃, 0.83MPa 160℃, 101kPa 130℃ H2O OUT (discharge) HNO3 Production Bleaching Air OUT 150℃ 120℃ DeN2O System Air IN 211℃, 0.35MPa 0.47MPa 120℃ 131.7℃

DeN2O Project in China – Line 1: Layout

DeN2O Project in China – Line 2: Layout

DeN2O Project in China – Line 2: P&ID (1)

DeN2O Project in China – N2O Measurement
Line 1 Line 2 Measuring Points After Absorption Tower DeNOx Before Tail Gas Turbine N2O Measurement (ppm) 1,580 1,694 1,279

DeN2O Project in China – Field Test
Before N2O Abatement Catalyst Reactor After N2O Abatement Electric Heater Temp Control

DeN2O Project in China – PDD Writing

DeN2O Project in China – Project Schedule
2009年 1月 2月 3月 4月 5月 6月 7月 8月 9月 10月 11月 12月 2010年 2011年 ERPA Stakeholders’ Meeting Chinese DNA Approval PDD Validation Site-Visit (PDD) Registration QAL2 Test (AMS) DeN2O Facility Manufacturing & Installation AMS Installation (flow meter, sampling system, span/zero, PC software) Initial Verification Catalyst Manufacturing & Installation 1st Verification 1st CERs Issued AST1) 2nd Verification 1)Annual Surveillance Test for AMS and flow meter

Proposal

Cooperative Scheme – AM0028
Project Development / CER Buyer Tertiary DeN2O Catalyst / CER Buyer DeN2O Catalyst System Design & Engineering Maryazot (Марыазот) Project Entity – Turkmenistan Nitric Acid Plant Coordinator – Forintek-ecoservice (Russian Agent)

Responsibilities PDD DeN2O Catalyst System Installation Analyzer
Maryazot Forintek-ecoservice Greenpla (IAE) Lordus Greenpla (IAE) Lordus UPC UPC UPC UPC DeN2O Catalyst System Installation Analyzer & Data Transfer Plant Operation Data Monitoring Data CDM EB (UN) PDD UPC Climate Experts

Cooperation between Maryazot & UPC
Business Partnership Maryazot, Turkmenistan UPC, Korea Technology + Investment

Table of Contents UPC Introduction UPC’s CDM Records CDM Overview

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