Project Details

Project Submission No.	S00948
Project Title	Pichit WTE Project
Project Owner(s) (as per PSF & LOA)	Super Carbon X Company Limited
Submission Date	2022-07-02
Global Stakeholder Consultation Period	2023-04-09 to 2023-04-23
Sector	1.Energy industries (renewable-/non-renewable sources)
Project Type	MSW/TDF/RDF Incineration
GCC/CDM Methodology & Version	AMS-III.E, Version 17.0 & AMS-I.D, Version 18.0
Forecasted GHG Emission Reduction (tCO₂e/Year)	39,624
Forecasted E⁺ Label	Yes
Forecasted S⁺ Label	Yes
Forecasted SDG⁺ Goals
Forecasted SDG⁺ Label	Platinum
Forecasted Market Eligibility	C+ - Pilot Phase

Country	Thailand
Focal Point of Project Owners	Super Carbon X Company Limited
Email of Contact Person of FP (Primary)	sunee.m@supercorp.co.th
Email of Contact Person of FP (Secondary)	chaphamon.c@supercorp.co.th
Documents for Global Stakeholder Consultation	Project Submision Calculation Sheet Other Documents

Project Brief	The project is 9.9 MW Phichit Waste to Energy Project by Super Earth Energy 6 Co., Ltd. is located in Thailand. The Plant will utilize Refuse-Derived Fuel (“RDF”) as feedstock derived from the separation and sorting of Municipal Solid Waste (“MSW”) removing recyclable or potentially hazardous materials from the waste stream. The feedstock will be supplied from 100% RDF by weight primarily sourced from four municipal waste plants. The Plant has been designed to generate a gross capacity of 9.9 MW and net capacity of 9.0 MW which export to PEA as a single customer. The project avoids CO2 emissions from the replacement of grid electricity with the electricity generated from the WTE power plant. The project also avoids CH4 emissions by avoiding waste dumping in landfills.

Project Brief

The project is 9.9 MW Phichit Waste to Energy Project by Super Earth Energy 6 Co., Ltd. is located in Thailand. The Plant will utilize Refuse-Derived Fuel (“RDF”) as feedstock derived from the separation and sorting of Municipal Solid Waste (“MSW”) removing recyclable or potentially hazardous materials from the waste stream. The feedstock will be supplied from 100% RDF by weight primarily sourced from four municipal waste plants. The Plant has been designed to generate a gross capacity of 9.9 MW and net capacity of 9.0 MW which export to PEA as a single customer.

The project avoids CO2 emissions from the replacement of grid electricity with the electricity generated from the WTE power plant. The project also avoids CH4 emissions by avoiding waste dumping in landfills.

PROJECT DETAILS