Product
01
Solar2Power
Innovative Solar Energy Solutions
Discover our cutting-edge solar energy solutions designed to meet your diverse needs. From solar thermal power generation to multi-energy integration, we offer sustainable and efficient options for various applications.
02
Gas2Power
A Sustainable Solution for Associated Gas and BOG
Our Stirling engine-based systems offer a comprehensive solution for the efficient utilization of associated gas and BOG (associated gas). These systems provide significant energy savings, reduce emissions, and are applicable to various industries. With options for combined heat and power generation, these systems offer a sustainable and efficient way to harness the value of associated gas.
03
Biomass2Power
Comprehensive Solutions For Resource Utilization of Biomass
We offers comprehensive solutions for the resource utilization of biomass and organic solid waste. We utilize advanced technologies like incineration, anaerobic gasification, and pyrolysis to convert these materials into valuable energy sources and byproducts. Our turnkey solutions include equipment installation, process optimization, and ongoing support to ensure efficient and sustainable waste management. We also provide specialized granulation systems for further processing of organic solid waste.
04
Material Recovery Facility (MRF)
Transforming Waste into Valuable Resources
Municipal solid waste (MSW) presents significant environmental challenges. Discover how our innovative solutions can help you transform waste into valuable resources and contribute to a more sustainable future.
05
Bio Products
Powering Sustainability with Bio Products
Discover eco-friendly solutions with our bio coal and biochar products, crafted from renewable resources. Designed to reduce waste, enhance soil health, and promote cleaner energy, our bio products are the key to a greener future.
Interested To Know More
Focus on delivering energy-efficient, cost-saving solutions that reduce carbon footprints, promote renewable energy, and help clients achieve energy independence.