rice husk power plant project for finance, subsidy & project related support contact -...

IGES-ICS CDM PDD TRAINING WORKSHOP

January 24- 26, 2005, MMLDC Antipolo city

PREPARATION OF PDD:

INTERCORICE HUSK POWER PLANT PROJECT

PROJECT DESIGN DOCUMENT

CONTENTS:

A. GENERAL DESCRIPTION OF PROJECT ACTIVITYB. APPLICATION OF A BASELINE METHODOLOGYC. DURATION OF THE PROJECT ACTIVITY/CREDITING

PERIODD. APPLICATION OF A MONITORING METHODOLOGY AND

PLANE. ESTIMATION OF GHG EMISSIONS BY SOURCESF. ENVIRONMENTAL IMPACTSG. STAKEHOLDERS’ COMMENTS (to follow)


A. GENERAL DESCRIPTION OF PROJECT ACTIVITY


A.1. TITLE OF THE PROJECT ACTIVITY:

INTERCO 5 MW Rice Husk Fired Power Plant


A.2. DESCRIPTION OF THE PROJECT ACTIVITY

PURPOSE:

The Project is designed to use rice husk for power generation that would otherwise be burned in the open air or left to decay.

Project is expected to bring the following benefits:– Improve the quality of power by minimizing distribution loss– Lower the cost of power to the entire rice milling operation (80

rice mills) within the estate– Lower the cost of rice husk disposal


A.2.2 DESCRIPTION OF THE PROJECT ACTIVITY

CONTRIBUTION TO SUSTAINABLE DEVELOPMENT:

USE OF CHEAP INDIGENOUS RENEWABLE ENERGY SOURCES IN AN IMPORT ENERGY-DEPENDENT COUNTRY

USE OF ENVIRONMENT-FRIENDLY POWER GENERATION TECHNOLOGY

REDUCTION OF AIR POLLUTION AND SOLID WASTE IN THE COUNTRYSIDE


A.3. PROJECT PARTICIPANTS:

PROPONENT: INTERCOCDM ADVISER: NONE YET

A.4. TECHNICAL DESCRIPTION OF THE PROJECT ACTIVITY:

LOCATION OF PROJECT ACTIVITY:

1.2 HECTARE LOCATED WITHIN INTERCITY INDUSTRIAL ESTATE

MC ARTHUR HIWAY, BRGY. SAN JUAN, BALAGTAS, BULACAN, PHILIPPINES


A.4.2 CATEGORIES OF PROJECT ACTIVITY

Small scale CDM Type 1 – Renewable energy projects: I.A. Electricity generation by the user

A.4. TECHNICAL DESCRIPTION OF THE PROJECT ACTIVITY

A.4.3 TECHNOLOGY TO BE EMPLOYED

Boiler and steam generation systemMaker: Yoshimine Co. Pte. of JapanModel: Water Tube Boiler H-900Steam Evaporation: 30,000 kg/hr at MCRSteam pressure: approx. 42 kg.cm2GBoiler efficiency: 83.0% Flue gas loss measureDraft / Anti pollution system: Balance draft electrostatic precipitator – particles less than 100 mg/m3

Steam turbine for generatorMaker: Shinko Ind. Ltd. of JapanModel: SHINKO DNGG62Output: 5,000 kW x 8,119 / 1,800 rpmType: Horizontal Rateau 6-stages, condensing type with reduction gear, forced lubrication system


A.4.4 EXPLANATION ON HOW PROPOSED CDM PROJECT ACTIVITY CAN REDUCE GHG EMISSIONS

CDM PROJECT CAN REDUCE GHG EMISSIONS BY:

DISPLACEMENT OF ELECTRICTY DEMAND FROM ELECTRICITY GRID PRIMARILY PRODUCED FROM FOSSIL FUEL WITH ELECTRICITY PRODUCED FROM RICE HUSK FIRED GENERATOR

PREVENTION OF UNCONTROLLED OPEN AIR BURNING OF RICE HUSK AS A MODE OF DISPOSAL BY DIVERTING BIOMASS WASTE MATERIAL TO BOILER FUEL APPLICATION

LESSEN TRAVEL DISTANCE OF TRUCKS DISPOSING RICE HUSK


B. APPLICATION OF A BASELINE METHODOLOGY


B.1: TITLE AND REFERENCE OF THE APPROVED BASELINE METHODOLOGY



B.2: DESCRIPTION OF HOW THE METHODOLOGY IS APPLIED IN THE CONTEXT OF PROJECT ACTIVITY

STEPS IN METHODOLOGY APPLIED TO PROJECT TO ASCERTAIN THAT IT IS ADDITIONAL

1. PROJECT IS DIFFERENT TO BAU PRIMARILY DUE TO INVESTMENT AND TECHNOLOGY BARRIERS

2. LARGE SURPLUS SUPPLY AVAILABILITY OF BIOMASS

3. THE PLANT SIZE IS LESS THAN 15MW, WHICH IS CONSIDERED SMALL SCALE TO AFFECT THE BASELOAD OF LUZON GRID


B.3: DESCRIPTION OF HOW THE ANTHROPOGENIC GHG EMISSIONS BY SOURCES ARE REDUCED BELOW THOSE THAT WOULD HAVE OCCURRED IN THE ABSENCE OF A CDM PROJECT ACTIVITY

THIS PROJECT INTRODUCES STATE OF THE ART TECHNOLOGY TO THE COUNTRY THAT PROVIDES ENERGY FROM UNUSED BIOMASS AS FUEL

THIS PROJECT IS ADDITIONAL SINCE ELECTRICITY FROM RICE HUSK-FIRED POWER PLANT IS NOT LOCALLY AVAILABLE DUE TO ABSENCE OF TECHNOLOGY

IMPORTED TECHNOLOGY IS NOT YET ECONOMICALLY VIABLE.

IT PRODUCES LESS CO2 EMISSIONS DUE TO DISPLACEMENT OF FOSSIL FUEL FOR HEAT AND POWER GENERATION IN THE BASELINE SCENARIO WITH BIOMASS FUEL IN THE PROJECT SCENARIO. BIOMASS IS CO2 NEUTRAL


B.4: DESCRIPTION OF HOW THE DEFINITION OF THE PROJECT BOUNDARY RELATED TO THE BASELINE METHODOLOGY SELECTED IS APPLIED TO THE PROJECT ACTIVITY

PER METHODOLOGY, THE PHYSICAL DELINEATION IS DEFINED AS THE INTERCITY INDUSTRIAL ESTATE WHICH INCLUDES THE INTERCO POWER PLANT SITE. ALL EMISSION SOURCES INCLUDED IN THE PROJECT BOUNDARY ARE WITHIN THE INTERCITY INDUSTRIAL ESTATE.


B.5: DETAILED BASELINE INFORMATION, INCLUDING THE DATE OF COMPLETION OF THE BASELINE STUDY AND THE NAME OF PERSON(S)/ENTITY(IES) DETERMINING THE BASELINE

DETAILS OF BASELINE INFORMATION : REFER TO FEASIBILITY STUDY

DATE OF COMPETING THE FINAL DRAFT OF THIS BASELINE SECTION

DD/MM/YYYY

NAME OF PERSONS/ENTITY DETERMINING THE BASELINE

NAME OF ORGANIZATIION

AND ADDRESS


C. DURATION OF THE PROJECT ACTIVITY/ CREDITING PERIOD


C.1. DURATION OF THE PROJECT ACTIVITY

25 YEARS

C.1.1 STARTING DATE OF THE PROJECT ACTIVITY

DECEMBER 1, 2006

C..1.2. EXPECTED OPERATIONAL LIFETIME OF THE PROJECT ACTIVITY

MINIMUM 25 YEARS


C.2. CHOICE OF CREDITING PERIOD AND RELATED INFORMATION

C.2.1. RENEWABLE CREDITING PERIOD ( MAX. 7 YEARS )

STARTING DATE OF FIRST CREDITING PERIOD: 2006

LENGTH OF FIRST CREDITING PERIOD: DD/MM/YYYY

C.2.2 FIXED CREDITING PERIOD

STARTING DATE: DD/MM/YYYY

LENGTH: ? YEARS


D. APPLICATION OF A MONITORING METHODOLOGY AND PLAN


D.1 NAME AND REFERENCE OF APPROVED MONITORING METHODOLOGY APPLIED TO THE PROJECT ACIVITY



D.2. JUSTIFICATION OF THE CHOICE OF THE METHODOLOGY AND WHY IT IS APPLICABLE TO THE

PROJECT ACTIVITY

THE CHOICE OF METHODOLOGY IS JUSTIFIED SINCE THE PROPOSED PROJECT ACTIVITY AND THE CONTEXT OF PROJECT ACTIVITY MEET THE CONDITIONS UNDER WHICH THE METHODOLOGY IS APLLICABLE BASED ON THE FOLLOWING:

1. PROJECT ACTIVITY INVOLVES ELECTRICITY GENERATION UTILIZING RICE HUSK DUE FOR OPEN AIR BURNING

2. HAVE ACCESS TO ABUNDANT SUPPLY OF BIOMASS

3. PROPOSED POWER GENERATION PROJECT IS NOT CONSIDERED A BUSINESS AS USUAL SCENARIO

4. THE PROJECT IS TOO SMALL TO HAVE IMPACT ON PLANS FOR CONSTRUCTION OF NEW POWER PLANTS


D.2.1. OPTION 1: MONITORING OF THE EMISSIONS IN THE PROJECT SCENARIO

AND BASELINE SCENARIO

D.2.1. MONITORING OF THE EMISSIONS IN THE PROJECT SCENARIO AND BASELINE

SCENARIO

MONITORING EMISSIONS IN THE PROJECT SCENARIO:

DATA COLLECTION AND ARCHIVING

APPLICABLE EQUATIONS

D.2.1.1 DATA TO BE COLLECTED IN ORDER TO MONITOR EMISSIONS FROM THE BASE LINE ACTIVITY

AND HOW THESE DATA WILL BE ARCHIVED

TOTAL BASELINE EMISSIONS

28,350t CO2EQUIV. /YR

RICE HUSK OPEN AIR BURNING

(1,437.4 t CO2, not claimed)

DIESEL FOR TRANSPORT

(52.62 t CO2e, not claimed)

ELECTRICITY GRID

28,350 t CO2

D.2.1.1 DATA TO BE COLLECTED IN ORDER TO MONITOR EMISSIONS FROM THE PROJECT ACTIVITY

AND HOW THESE DATA WILL BE ARCHIVED

TOTAL PROJECT EMISSIONS

RICE HUSK BOILER23,762 t/yr

(336 TJ)

RICE HUSK TRANSPORT TO GENERATION PLANT

1 km

RICE HUSK TRANSPORT WITHIN THE PLANT

Fuel consumed

AUXILIARY FUEL FOR START-UP

Fuel Consumed

D.2.1.1 DATA TO BE COLLECTED IN ORDER TO MONITOR EMISSIONS FROM THE BASE LINE & PROJECT ACTIVITY AND

HOW THESE DATA WILL BE ARCHIVED Data

Type Data Variable

Data Unit

Measured (m), calculated (c) or estimated (e)

Recording frequency

Proportion of data to be monitored

Archive as paper or electronic?

How long is archived data kept?

Baseline Quan Actual power generation

Mwh m monthly 100% electronic minimum of two years after last issuance of CERs

Project Quan Amount of rice husk delivered

Tons m As per delivery

100% electronic minimum of two years after last issuance of CERs

Quan Moisture content

% m As per delivery


Quan diesel oil used for pay loader

L m As per delivery


Quan Bunker fuel oil for plant’s start upt

KL m As per delivery

100% Electronic minimum of two years after last issuance of CERs

Quan Diesel oil used for delivery of rice husk from RM to power plant site

km m As per delivery

100% Electronic minimum of two years after last issuance of CERs


D.4. DESCRIPTION OF OPERATIONAL AND MANAGEMENT STRUCTURE THAT THE PROJECT OPERATOR WILL IMPLEMENT TO MONITOR EMISSION REDUCTION AND LEAKAGE EFFECTS GENERATED BY PROJECT ACTIVITY

TO MAINTAIN A DAILY OPERATION AND MAINTENANCE LOGS BY OPERATORS HEADED BY SHIFT LEADER THAT CAN ALLOW LSRM MANAGEMENT TO ADDRESS IMMEDIATE PROBLEMSTO PREPARE A MONTHLY REPORT TO THE MANAGEMENT’S TECHNICAL MONITORING GROUP TO DETERMINE SIGNIFICANT DEVIATIONS TO TARGET EMISSIONS LEVEL AND RECOMMEND APPROPRIATE ACTIONSSUMMARY REPORT INCLUDES THE FOLLOWING:

1. SUMMARY2. ACCIDENTS AND MALFUNCTIONS3. SAFETY AND ENVRONMENT4. PLANT PERFORMANCE AND AVAILABILITY5. METER RECORDS6. FUEL REPORT7. PERSONNEL CHANGES

SCHEMATIC DIAGRAMOPERATIONAL AND MANAGEMENT STRUCTURE TO

MONITOR MISSION REDUCTION AND LEAKAGE EFFECTS

OPERATORS OPERATE & MONITOR PLANT BY

SHIFTS, DAILY

MANAGEMENT ACTION FOR LONG TERM

SOLUTION

IN CASE OF VISIIBLE PROBLEMS, CORRECTIVE

ACTION IMMEDIATELY DONE BY ENG’G AND

MAINTENANCE GROUP

REPORT/DATA INTERPRETATION AND RECOMMENDATION BY

TECHNICAL GRO UP

MONTHLY REPORT PREPARATION BY

OPERATORS


D.5. NAME OF PERSONS/ENTITY DETERMINING THE MONITORING METHODOLOGY

INTERCO PERSONNEL


E. ESTIMATION OF GHG EMISSIONS BY SOURCES

E. ESTIMATION OF GHG EMISSIONS BY SOURCES

TOTAL BASELINE EMISSIONS

28,350 t CO2/YR

TOTAL PROJECT EMISSIONS

279.39 t CO2/ YR

EMISSION

REDUCTION

28,071 t CO2/ YR

$ 140,353

RICE HUSK BOILER274.18 t CO2 EQUIV / YR

HAULING TO PLANT5.21 t CO2 EQUIV / YR

ON-SITE TRANSPORTMINIMAL

AUXILIARY FUELMINIMAL

RICE HUSK OPEN AIR BURNING

(1,437.4 t CO2, not claimed)

DIESEL FOR TRANSPORT

(52.62 t CO2e, not claimed)

ELECTRICITY GRID28,350 t CO2


F. ENVIRONMENTAL IMPACTS

F. ENVIRONMENTAL IMPACTSF.1 DOCUMENTATION ON THE ANALYSIS OF THE ENVIRONMENTAL

IMPACTS, INCLUDING TRANSBOUNDARY IMPACTS

SO2 emissions will be within DENR standards. There will be regular quarterly monitoring to ensure compliance with the standard. Anyexpected SO2 will be captured in the scrubber stage of the electrostatic precipitator. NOx emissions is not expected to go beyond the standard as the lowNOx design of boiler will ensure compliance.Particulates and fly ash will be captured in an electrostatic precipitator for controlled removal..Wastewater will not be permitted to leave the plant site. Instead, it will be first treated and then evaporated from an evaporating pond.Ash will be disposed of safely. If the RHA from the project cannot be sold, provision has been made to bury the ash on-site, thereby preventing it from escaping into the atmosphere or entering the local waterways via runoff. The large size of the site combined with tree plantings will buffer ambient noise.

Domingo PerezChristian Alvin Ong

Art TorralbaAngelito DavidMerlyn Rivera

INTERCO GROUP MEMBERS

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