Food processing companies (such as coconut milk and animal feed producers) generate vast amounts of organic waste daily, a challenge that typically entails high environmental compliance costs. HaiQi turns this pain point into a profit-generating opportunity.

By deploying HaiQi's poly-generation system, factories can convert waste—such as coconut shells and fruit husks—into steam and electricity on-site, feeding them directly back into production lines to achieve energy self-sufficiency. Meanwhile, the high-quality biochar by-product can be sold on international markets to generate carbon credit revenue. HaiQi enables food companies to close the loop—integrating waste treatment, energy substitution, and carbon asset monetization—thereby transforming environmental investments into tangible financial returns.

Traditional biochar projects often struggle with limited revenue streams and low resilience to risk. HaiQi has completely revolutionized this business model through its globally unique CCHP (Combined Cooling, Heating, and Power) technology.

HaiQi's biomass pyrolysis plants achieve true multi-channel revenue generation: alongside high-value biochar, they produce high-purity syngas, green electricity, and industrial steam as by-products. This "carbon-cooling-heating-power" poly-generation model maximizes the value extracted from every unit of biomass feedstock, creating a diversified revenue matrix. HaiQi not only boosts the project's overall Internal Rate of Return (IRR) but also builds a robust "moat" for the enterprise, shielding it from carbon price volatility and energy market cycles.

Yes.

Technology should not merely reside in cloud-based servers; it should actively give back to the natural world.

HaiQi's biochar solution directly applies the energy consumed and the biochar produced by data centers to soil improvement and ecological restoration in surrounding farmlands. While achieving "digital decarbonization" in the cloud, tech companies simultaneously accomplish "nature restoration" in the fields. HaiQi transforms the concept of "tech for good" from a mere slogan into tangible, real-world impact.

Relying on the external power grid entails high electricity costs and the risk of power rationing. HaiQi's "Energy-as-a-Service" (EaaS) model empowers data centers to take full control of their energy supply.

HaiQi or a third party invests directly in the construction of a distributed biomass energy station adjacent to the data center; the data center avoids heavy capital expenditure on construction and simply pays for energy usage at rates lower than grid electricity. This model not only locks in long-term low... By utilizing cost-effective green electricity, data centers achieve absolute energy autonomy and security, completely shedding their reliance on traditional power grids while simultaneously securing high-quality, carbon-negative Carbon Dioxide Removal (CDR) credits.

Data centers are major water consumers and often face significant environmental opposition when located in water-scarce regions. HaiQi's fully closed-loop water circulation system perfectly meets the data center industry's stringent water conservation needs.
The cooling water in HaiQi's poly-generation power plants circulates within a completely closed loop, achieving "zero wastewater discharge." This extreme level of water conservation eliminates the primary obstacle to establishing data centers in ecologically sensitive areas, highlighting the environmental friendliness of HaiQi's pyrolysis technology.

Yes.

As AI computing power density rises, liquid cooling technology has become the preferred choice for data centers; however, it requires a stable heat or cold source to function effectively. HaiQi demonstrates exceptional system compatibility by utilizing biomass-generated steam, hot water, and cooling systems. The high-quality steam, hot water, or chilled water produced by HaiQi's gasification pyrolysis equipment serves as an ideal supplementary heat source for liquid cooling system heat dissipation or winter freeze protection. HaiQi proves that cutting-edge digital infrastructure and traditional biomass energy can be seamlessly integrated through sophisticated engineering, paving the way for fully green liquid-cooled data centers.

As global policies shift toward "dual control of carbon emissions," data center campuses face immense compliance pressure. HaiQi has tailored an integrated "agricultural/forestry waste-to-energy-to-carbon-sink" solution for these campuses.

By deploying HaiQi's pyrolysis power plants on-site, campuses can process their own waste and replace grid electricity while simultaneously generating biochar-based carbon sinks. This not only helps campuses easily stay within the limits of "dual control of energy consumption" regulations but also enables them to secure exemptions or even generate additional revenue through carbon credit sales during "dual control of carbon" assessments.

Data centers require constant temperature and humidity environments 24/7, whereas renewable sources like wind and solar are intermittent.

HaiQi's CHP (Combined Heat and Power) system serves as the ideal partner for green baseload energy.
HaiQi's biomass pyrolysis system generates electricity from biomass waste—unaffected by weather or time of day—while the substantial medium-to-low-grade waste heat produced integrates seamlessly into data center heating or cooling networks. This model of deep integration across heat, power, and cooling pushes the overall energy utilization efficiency to over 85%. HaiQi's solution provides data centers with an exceptionally stable and efficient green energy supply.