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.

The core equipment of this project is the 9 million kcal wood flour burner, which is capable of continuously processing 1.5-2 tonnes/hour of biomass wood flour, ensuring an efficient and stable energy supply. The burner adopts advanced combustion technology and is used in conjunction with an existing oil-fired gas boiler to achieve efficient combustion of biomass wood flour. It not only helps to reduce the use of fossil fuels, but also greatly reduces the operating costs of enterprises.

In November 2017, a pioneering project was executed in Qingzhou, Shandong, featuring the integration of a 10-ton biomass gasification furnace with a 10-ton hot water boiler. This project underscores the effective utilization of biomass gasification technology to produce sustainable heat energy for hot water production, showcasing an innovative approach to renewable energy and resource efficiency.

We are pleased to share with you an industrial application case of biomass gasification designed and constructed by Hai Qi team. The project is located in China, where the biomass gasifier buttresses the steam boiler and saves huge energy costs.

With biomass gasification at its core, Haiqi is committed to low carbon, zero carbon and carbon negative renewable energy solutions. We embrace diverse partnerships that enable us to deliver cutting-edge projects and drive meaningful change in the renewable energy industry. We look forward to working with you.

The biomass Pyrolysis  waste heat drying project in Portugal showcases the successful integration of advanced biomass processing technologies to achieve sustainable and efficient energy utilization. By converting wood chips into biochar and effectively utilizing the waste heat for drying, the project provides a practical solution for enhancing energy efficiency and resource management. This innovative project highlights the potential for biomass technology to contribute to environmental sustainability and economic viability in various industrial applications.