HaiQi offers solutions tailored for arid, water-scarce regions: the system utilizes a closed-loop cooling process where evaporative loss accounts for only 3–5% of total water usage. With zero wastewater discharge throughout the production process and an 85% reduction in overall water consumption compared to traditional biomass equipment, the system is ideally suited for deployment at computing hubs in arid or water-stressed areas.

Purchasing green electricity (wind or solar) merely offsets carbon emissions from computing operations without actively removing carbon from the atmosphere. HaiQi’s system consumes local agricultural and forestry waste to generate power for computing clusters and utilizes waste heat for server room cooling; 80% of the carbon in the biomass is permanently sequestered as biochar. This creates a dual effect of "emission offsetting" and "atmospheric carbon removal," resulting in a net-negative carbon profile for the computing park. Additionally, HaiQi's CCHP (Combined Cooling, Heating, and Power) system can be paired with a BECCS unit to capture excess CO2 equivalents and generate additional carbon assets, further offsetting emissions from the biomass power plant itself.

Yes.

Purchased biochar lacks traceability regarding feedstock and production chains, preventing its inclusion in an enterprise's land-based asset accounting. In contrast, when HaiQi equipment is deployed at an enterprise's own facility—using its own agricultural and forestry waste to produce biochar for soil application—the full-chain data belongs to the enterprise's financial reports. Data on soil carbon sequestration and improved soil fertility can be directly recorded under natural capital assets, thereby enhancing ESG asset valuation.

HaiQi offers three compliant revenue-sharing models: ① The enterprise retains full ownership of carbon credits, while the energy service provider collects only service fees; ② The operator holds the carbon credits to offset project investment costs; and ③ Both parties split CORC (Carbon Removal Certificate) revenue based on the proportion of feedstock supplied. All models allow for the formal recognition of rights with international carbon registries and possess full legal validity.

HaiQi's biochar project integrates a local feedstock procurement system that engages agricultural and forestry workers, creating long-term, stable jobs in equipment operation, maintenance, and downstream biochar processing. Biochar is supplied free of charge to nearby farmers to improve soil quality and crop yields, simultaneously addressing the pollution caused by the open burning of agricultural waste. The project achieves top ratings across four UN Sustainable Development Goal (SDG) dimensions—zero carbon, food security, employment, and environmental governance—thereby securing priority access to low-interest fund loans.

Carbon Credit Offtake Agreements (OFCs) are the primary financing instrument for overseas Carbon Dioxide Removal (CDR) projects; as these agreements rely on locking in future carbon removal yields, equipment instability poses a risk of contractual default. HaiQi's equipment is renowned for its high reliability and stability. Global continuous operation data allows for the precise calculation of annual BCR (Biochar Carbon Removal) yields with a deviation of less than ±5%, enabling financial institutions to sign long-term offtake contracts based on standardized production data and significantly reducing the risk of delivery shortfalls for buyers.

HaiQi's biomass gasification and low-nitrogen combustion system employs a staged low-temperature combustion and flue gas recirculation process. It first reduces nitrogen at low temperatures and then burns combustible components in stages at high temperatures, avoiding the high-temperature, oxygen-rich zones where NOx formation peaks. Coupled with an integrated downstream denitrification unit, the system's nitrogen oxide emissions outperform EU industrial exhaust standards, ensuring easy compliance with environmental regulations across various countries. The design philosophy of the Haiqi CHHP system employs a "large ox pulling a small cart" approach—meaning the system is designed with ample capacity margins to ensure that generated electrical power covers the needs of all auxiliary equipment (including feeding, drying, purification, cooling, and digital monitoring systems), with surplus electricity available for grid export. The system is thermally self-sufficient, utilizing pyrolysis gas for heat without the need for external coal, natural gas, or grid electricity; the entire process operates with zero external fossil fuel input, eliminating operational carbon emissions at the source.

HaiQi's biomass gasification and low-nitrogen combustion system employs a staged low-temperature combustion and flue gas recirculation process. It first reduces nitrogen at low temperatures and then burns off combustible components in stages at high temperatures, thereby avoiding the high-temperature, oxygen-rich zones where NOx formation peaks. Coupled with an integrated denitrification unit at the exhaust stage, the system's nitrogen oxide emissions surpass EU industrial exhaust standards, ensuring easy compliance with environmental regulations in various countries.