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.

Currently, CDR technologies registered in VCM include Bioenergy Carbon Capture and Storage (BECCS), Direct Air Capture (DAC), Biochar, Enhanced Weathering (ERW), etc. Among them, biochar is considered to have the potential for steady growth due to its low cost, mature technology and sound standards.

In the wave of sustainable development in the construction industry, biochar has emerged as an emerging environmentally friendly building material. Biochar, which is made by pyrolysis of organic waste biomass, is injecting new power into the development of green buildings with its multiple advantages such as carbon sequestration and performance improvement. ​

How to reduce carbon emissions and improve energy efficiency while ensuring computing power is an urgent problem facing data center operators. Biomass pyrolysis power generation provides a practical solution for achieving a green future. By utilizing this form of energy, data centers can significantly reduce carbon emissions and help build a more sustainable environment.

There is growing interest in the potential of biochar to improve soil health, enhance carbon sequestration and mitigate climate change. However, not all biochar performs equally well. In order to maximise the benefits of biochar, it is necessary to understand how to assess the quality of biochar and to take effective measures to develop strategies to achieve high quality biochar production.

By converting biomass waste like agricultural waste and forestry residues into energy products, biochar provides a new solution for achieving carbon neutrality goals. The quality difference of biochar directly affects its performance and long-term stability in the environment, especially in carbon sequestration and soil improvement. As a key indicator for measuring biochar, the H/C ratio (hydrogen-carbon molar ratio) directly reflects its quality and stability.