Haiqi Biomass Sawdust burner Project In Thailand
Project Background Of Biomass Sawdust burner :
With the increasing global demand for renewable energy, biomass burners, as a kind of highly efficient and environmentally friendly energy equipment, are becoming more and more popular among enterprises in various countries. The implementation of the 6 million kcal sawdust burner project in Thailand is an important step in our company's commitment to promoting the circular economy and the use of renewable energy.Project description:
This project is located in Thailand and was installed and commissioned on 15 January 2024. The project uses sawdust as the main feedstock, which is efficiently combusted by a biomass burner with a capacity of 1.5-2 tonnes/hour, operating in a continuous mode. To improve the efficiency of energy use and reduce the environmental impact, the project is supported by the installation of an oil-fired gas steam boiler.
Why choose Haiqi biomass Sawdust burner system?
(1) Environmental benefits
Reduction of pollutant emissions: The biomass burner reduces the emission of harmful gases through complete combustion at high temperature, significantly reducing the production of CO2, SO2, NOx and other pollutants, and meets international environmental standards.Waste utilisation: Sawdust, as a type of industrial waste, is converted into energy through combustion, thus realising the resourcefulness of waste and reducing the environmental burden caused by waste disposal.
(2) Circular economy
Recycling of resources: The project makes full use of sawdust, a renewable resource, to achieve efficient resource recycling in line with the development concept of circular economy.Reduced operating costs: The use of sawdust and other biomass resources reduces the dependence on fossil fuels, which significantly reduces the company's energy costs.
(3) Renewable energy
Sustainability: Biomass is a renewable energy source, sawdust is widely available and sustainable, and implementation of the project will help reduce dependence on non-renewable energy sources and promote the development of renewable energy.Diversification of energy sources: Through the use of an oil and gas-fired steam boiler, the project will be able to flexibly regulate the use of energy and improve the reliability and stability of the energy supply.
(4) Economic benefits
Cost savings: The use of sawdust as a fuel significantly reduces fuel costs, while the high efficiency of the biomass burner reduces energy consumption, resulting in a significant reduction in overall operating costs.Economic return: The payback period of the project is shortened due to fuel cost savings and reduced environmental penalties, improving economic efficiency and market competitiveness.
