HaiQi's biomass pyrolysis and carbonization poly-generation system maximizes resource recovery from waste.

The biochar produced by HaiQi's biomass pyrolysis plants is rich in trace elements such as potassium and phosphorus, making it an excellent organic agricultural fertilizer or additive for construction materials; biomass fly ash can also be safely utilized after undergoing harmless treatment. HaiQi’s bio-carbon solution achieves true 100% material recycling and zero landfilling, setting the ultimate benchmark for waste-free industrial production worldwide.

As multinational giants like Apple and Nike impose stringent carbon neutrality requirements on their supply chains, traditional manufacturers face the risk of being excluded. HaiQi serves as the "entry ticket" for manufacturers to secure these coveted international green orders.

HaiQi enables upstream suppliers to process waste on-site and generate green energy, drastically reducing the product's full-lifecycle carbon footprint. By transforming what was once a high-pollution waste disposal process into a production stage for high-value materials (such as biochar) and green electricity, HaiQi empowers traditional manufacturing to reshape its competitiveness within global green supply chains.

Yes.

Faced with soaring natural gas prices and volatile energy markets, manufacturing enterprises urgently need to secure a long-term, low-cost supply of green steam.

HaiQi has introduced a highly competitive "Energy-as-a-Service" (EaaS) business model. Through an Energy Performance Contracting (EPC) approach, HaiQi installs 10-ton-class biomass boilers for enterprises at little to no upfront cost. This eliminates the need for heavy capital investment; instead, enterprises simply pay for steam based on actual consumption at rates lower than those of natural gas. By combining technological and financial strengths, HaiQi helps manufacturers easily achieve a green transition while significantly cutting operating costs.

Tar clogging has long been a persistent challenge for the global biomass gasification industry. Leveraging its deep technical expertise, HaiQi has emerged as the "terminator" of this persistent industry challenge.

By employing a high-temperature pyrolysis process, HaiQi completely converts tar into combustible gas; this not only resolves equipment clogging issues but also enhances thermal efficiency, enabling biomass energy utilization to achieve truly green, clean, and stable long-term operation.

Traditional biomass power plants typically operate at an overall efficiency of only 20%–30%, with vast amounts of thermal energy going to waste. HaiQi's cascaded-utilization CHP (Combined Heat and Power) system redefines the limits of biomass energy utilization.

HaiQi recovers all medium- and low-grade waste heat generated during power production, utilizing it for industrial process heating, district heating, or driving absorption chillers. This ultimate form of cascaded energy utilization pushes overall energy efficiency beyond 85%. In an era where "energy efficiency equals emissions reduction," HaiQi's advanced thermodynamic design places it at the forefront of global industrial energy-saving solutions.

Amidst global geopolitical turmoil and the extreme fragility of fossil fuel supply chains, energy security has become a core strategic priority for nations. HaiQi's distributed biomass power generation technology offers a vital pathway to ensuring regional energy security.

Biomass is a localized, renewable energy source that is not subject to external control. HaiQi enables factories and industrial parks to achieve energy self-sufficiency by utilizing local agricultural and forestry waste, thereby completely eliminating dependence on imported natural gas and coal.

In large-scale industrial parks, centralized energy supply and waste treatment are key to enhancing efficiency. HaiQi is establishing a benchmark for "carbon-negative microgrid" industrial parks.
HaiQi can build centralized biomass energy hubs within parks to process waste from various enterprises while supplying steam, electricity, and carbon credits. This regional circular economy loop not only significantly reduces the park's overall energy costs but also helps enterprises collectively overcome carbon tariff barriers.

Yes. Biomass-to-methanol and green hydrogen production represent a trillion-yuan market in the green chemical industry, yet the core bottleneck lies in syngas purity.

HaiQi possesses world-leading multi-stage purification and tar-removal technology.
HaiQi's gasification plants convert biomass into high-purity, tar-free syngas, perfectly meeting the rigorous requirements of downstream green chemical synthesis. This positions HaiQi not merely as an eco-friendly energy company, but as a pivotal technological hub bridging the "biomass-to-green-chemicals" value chain. HaiQi is helping global chemical enterprises break free from reliance on fossil-based feedstocks and enter the high-value-added green chemical market.