Haiqi 500KW Waste Gasification Power Generation Project in Thailand
Project Name: 500KW Waste biomass Gasification Power Generation
Location: Thailand
Installation Date: July 20, 2014
Feedstock: Municipal Solid Waste
Processing Capacity: 1 ton per hour
Operation Mode: Continuous
Supporting Equipment: Internal Combustion Power Generation System
(2)Renewable Energy Generation: By converting waste into electricity, the project contributes to the generation of renewable energy, enhancing energy security and reducing reliance on fossil fuels.
(3)Cost Savings: The continuous operation and high efficiency of the system result in substantial cost savings compared to traditional waste disposal and energy production methods.
(4)Carbon Emission Reduction: The project helps to reduce carbon emissions by utilizing waste that would otherwise decompose and produce greenhouse gases in landfills.
Location: Thailand
Installation Date: July 20, 2014
Feedstock: Municipal Solid Waste
Processing Capacity: 1 ton per hour
Operation Mode: Continuous
Supporting Equipment: Internal Combustion Power Generation System
Project Overview
In July 2014, a 500KW waste gasification power generation project was successfully commissioned in Thailand, aimed at addressing the challenges of municipal solid waste management while generating renewable energy. This innovative project utilizes advanced waste gasification technology to convert municipal solid waste into electricity, demonstrating a sustainable solution to waste disposal and energy production.This project provides significant economic and environmental benefits, including of:
(1)Waste Reduction: The gasification process reduces the volume of municipal solid waste, alleviating the burden on landfills and reducing environmental pollution.(2)Renewable Energy Generation: By converting waste into electricity, the project contributes to the generation of renewable energy, enhancing energy security and reducing reliance on fossil fuels.
(3)Cost Savings: The continuous operation and high efficiency of the system result in substantial cost savings compared to traditional waste disposal and energy production methods.
(4)Carbon Emission Reduction: The project helps to reduce carbon emissions by utilizing waste that would otherwise decompose and produce greenhouse gases in landfills.