before investing in a biochar carbon credit project, you should focus on transparency in the raw material source, a complete life cycle analysis, and the scientific evidence supporting the long-term stability of the biochar.

In recent years, with the expansion of the voluntary carbon market, biochar has rapidly emerged as a globally recognized solution for carbon removal and soil improvement. Driven by the market's enthusiasm and the demand for stricter sustainable development goals, investment intentions in biochar production systems have been continuously increasing. However, selecting the right biochar production equipment is no easy task. You need to choose suitable biochar equipment based on the comprehensive situation of your project. This article provides a guide to help investors, project developers, and enterprises make informed decisions when selecting the most appropriate biochar production equipment.

With the growing global demand for clean energy, biomass has gained widespread attention as a renewable energy solution and has projects deployed around the world. By converting organic waste into electricity, heat and biofuels, biomass provides an efficient energy pathway for industrial production and residential use. This reduces dependence on fossil fuels, cuts greenhouse gas emissions and turns waste into value.

HaiQi Group is proud to announce the formation of a long-term strategic partnership with FLS Group, a developer specializing in sustainable forestry and carbon asset management. The two companies will collaborate on multiple large-scale decarbonization projects in Paraguay, focusing on the production of biochar, biocoke, and activated carbon.

In May 2025, a groundbreaking development shook the climate tech sector: Microsoft signed the largest biochar carbon credit procurement agreement in history with carbon removal company Exomad Green. This deal also ranks among the largest durable carbon dioxide removal (CDR) agreements to date.

Combined Heat and Power (CHP), also known as combined heat and power, is an efficient energy system that can generate both electricity and usable heat in the same process. In traditional power generation, most of the energy is lost as waste heat, while CHP systems use this part of the heat for heating, industrial processes or cooling through heat recovery mechanisms, significantly improving energy efficiency.