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Database statistics

last update : 11 months ago

4

standards

24,652

projects

12,248

participants

28

technologies

1,273,921,846

issued credits

PT Navigat Organic Energy Indonesia Integrated Solid Waste Management (GALFAD) Project in Bali, Indonesia

Technology

LFG

Industrial Processes

Industrial Processes | LFG

Country

Indonesia

Asia

Indonesia

Standard

CDM

Compliance

Stage

Starting

2006-11-10

Opening comments

Total issued

0

tCO2

Annual Reduction

108,749

tCO2/year

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CDM

Scope

Energy industries

Additionality

Tool version :-
Barrier analysis:no
Investment analysis :-Benchmark Analysis

Provider ID

UNEPcdm1350
UNFCCC938
Methodology Ver Description
AMS-I.D.9Grid connected renewable electricity generation
ACM00014Landfill gas project activities
AM00255Avoided emissions from organic waste through alternative waste treatment processes
AM00255Avoided emissions from organic waste through alternative waste treatment processes
AMS-I.D.9Grid connected renewable electricity generation
ACM00014Landfill gas project activities

Description

The Project, to be carried out by PT Navigat Organic Energy Indonesia (NOEI), involves the construction and operation of a “GALFAD® (GAsification, LandFill gas and Anaerobic Digestion)” plant at the TPA Suwung 1 landfill site in Bali, which will treat and recover energy from municipal solid waste. Currently, the TPA Suwung receives approximately 800 tonnes per day of waste, with the waste amount expected to increase annually.

The Project will derive energy from municipal solid waste through;

  1. The recovery of landfill gas extracted from the landfill
  2. The recovery of biogas extracted from the anaerobic digester, fed with high moisture content organic waste;
  3. The pyrolysis-gasification of dry organic waste.

The recovered energy will be used to supply electricity to the local grid. In doing so, the project will contribute to greenhouse gas (GHG) reductions in two ways. The first is through the destruction of methane that would have been emitted from the landfill site in the absence of the Project. The second is through the displacement of fossil fuel-based grid electricity generation with the Project’s carbon-neutral electricity.

The project implementation will be split into four phases.

Phase I: installation of a landfill gas (LFG) collection system, where recovered LFG is flared. This will start operation in May 2007.

Phase II: installation of a 2.0MW power generator to produce energy using the recovered LFG. The generator will be ready to produce energy around July 2008.

Phase III: installation of a pyrolysis gasification plant to process the dry portion of the organic waste. This phase adds 2.8MW to the total electricity generation capacity, and will be ready to process dry waste into energy in August 2009.

Phase IV: involves the installation of the second line of the pyrolysis gasification plant It will also add an anaerobic digestor 2 . In doing so, Phase IV doubles the waste processing capacity of the entire facility, and add another 4.8MW to the generating capacity. The electricity generation capacity will reach 9.6MW after the completion of this phase, in May 2012.

The project timeline, processing capacity, and net electricity generation capacity are summarized below;

Total Waste

Timeline

Processed

Project Kick Off

Nov 06

Phase I

May 07

Commence Operation

267 TPD of wet

       Phase II                       organic waste

Nov 07

Start of Construction

Phase II:

  1. 0 MW from
  2. Commence Operation

    Biogas

    Jul 08

    Phase III:

    Start of Construction

    267 TPD of wet

    organic waste;

    190 TPD of dry

    organic waste

  3. 0MW from Biogas

Phase III:

       Aug 09                Commence
  1. 8MW from Gasification
  2. Phase IV:

    May 10

    Start Construction

    534 TPD of wet

    organic waste;

    380 TPD of dry

    organic waste

  3. 0MW from Biogas
       May 12                                                                5.6MW from Gasification

Full Operation

Figure 1 – Project Timeline

The Project will contribute to the sustainable development of Indonesia in several ways:

Promoting Indigenous Fuel for Energy. The use of biomass, an indigenous and renewable source of fuel is consistent with Indonesia’s stated energy policy to increase the share of such resources to 5% of the total energy supply by 2020.

Management of Municipal Solid Waste. The Project will lead to a drastic improvement in municipal solid waste management and set a welcome precedent. By treating the waste, the Project will lead to an improved environment around the landfill site, with reduced healthazards, odours and increased sanitation, among other benefits. Of particular note is the reduction of health hazards, the Project will reduce atmospheric methane concentration, thereby decreasing the risk of spontaneous fires and potentially lethal explosions. Additionally, the reduction of waste volume lessens the risk of waste landslides such as that which recently claimed more than 100 lives 3 .

Use of New Technology. The Project will be the first of a kind in Indonesia, adopting advanced technology for solid waste management, a technology which has been proven industrialised countries. The Project will thus promote important transfer of technical know how.

Project participants:

Technicals

Investment

$27M

Energy

Installed capacity 9.60 MW
Effective hours 3.65k h/year
Energy generated 35.00k MWh/year
Utilization ratio 41.62 %
Activity start date

-

Time

help
  • In validation

    : Total elapsed days between “opening comments” and the registration request date.
  • In registration

    : Total elapsed days from registration request until approval.
  • To be registered

    : Total elapsed days from Validation until Registration approval (Validation + Registration).
  • To first issuance

    : Total elapsed days from registration approval until first credit issuance.
  • Total to first issuance

    : Sum of entire validation, registration and ‘to first issuance’ days; i.e. the entire process.
In validation 98 days
In registration 95 days
To be registered 193 days
To first issuance 2380 days (ongoing)
Total to first issuance -

Location

3 Organizations (4 roles involvement)

Certification Participant name CertificationValidator ()NorwayContact name
Finance Participant name FinanceCredit Buyer ()JapanContact name
Finance Participant name FinancePDD Consultant ()JapanContact name
Carbon+%26+Environment Participant name Carbon & EnvironmentProject Owner ()IndonesiaContact name

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