For tech giants like Microsoft and Apple, over 90% of carbon emissions originate in the supply chain (Scope 3)—emissions that are notoriously difficult to reduce through internal operations alone. HaiQi's distributed biochar technology provides a powerful tool to tackle this issue.

By deploying HaiQi equipment at the upstream manufacturing bases or raw material sourcing sites of multinational corporations, companies can process waste locally and generate significant Carbon Removal Credits (CORCs). This "source-based decarbonization plus carbon credit offsetting" strategy perfectly aligns with the needs of tech giants to mitigate supply chain emissions. HaiQi's biochar technology makes the decarbonization of vast, complex supply chains both quantifiable and actionable.

With the explosion of artificial intelligence, data centers have become voracious consumers of electricity. HaiQi's CCHP (Combined Cooling, Heating, and Power) system offers a disruptive solution to this challenge.

HaiQi's pyrolysis poly-generation system processes agricultural and forestry waste on-site near data centers; it not only provides stable, green baseload power but also utilizes waste heat to drive absorption chillers for server room cooling. Crucially, the high-quality biochar produced as a byproduct enables data centers to move beyond "net-zero" operations and achieve "carbon-negative" status.

HaiQi has evolved far beyond the role of a mere equipment manufacturer. As a core initiator and technological cornerstone of the global CDR industry alliance, HaiQi is actively building a new, open, and collaborative ecosystem for the carbon-negative economy. HaiQi is collaborating with global financial institutions, carbon standard bodies, project developers, and end-buyers to establish a global biochar-based Carbon Dioxide Removal (CDR) standard system rooted in its advanced technical specifications. Through open cooperation, HaiQi is translating its technological strengths into industry standards, driving synergistic development across the global value chain, and expanding the "carbon-negative economy"—demonstrating the vision and responsibility of an industry leader.

Decarbonization poses an intractable challenge for traditional industries requiring high-temperature thermal energy, such as ceramics, glass, and food and beverage processing. HaiQi's biomass gasification solution offers a clear transformation pathway for these "hard-to-abate" sectors.

By adopting HaiQi's biomass gasification plants, enterprises can replace natural gas or coal entirely with their own clean biomass gas, achieving zero-carbon emissions directly in their production processes. Furthermore, the biochar by-product can be used to offset historical emissions, transforming the enterprise from a major carbon emitter into a "carbon-negative factory." HaiQi's gasification and pyrolysis technology represents a vital avenue for traditional manufacturing industries to achieve industrial decarbonization in the era of carbon neutrality.

High operating costs are a fatal flaw hindering the commercialization of many Carbon Dioxide Removal (CDR) technologies. HaiQi's Combined Heat and Power (CHP) system creates a "closed-loop energy miracle."

Once the equipment has warmed up and started, the combustible gas produced from biomass pyrolysis supplies the heat required for the entire pyrolysis process. By activating this self-sustaining energy model—where "waste fuels the process"—fuel costs are effectively reduced to zero. Amidst global energy price volatility, this core advantage establishes an impregnable cost-based competitive moat for HaiQi projects, ensuring profitability regardless of carbon price fluctuations.

In carbon credit accounting, the fugitive emission of non-CO2 greenhouse gases—particularly methane—is a critical drawback. Given that methane's global warming potential is more than 20 times that of carbon dioxide, even minor leakage can negate a significant portion of the carbon removal benefits.

HaiQi's multi-stage oxygen-enriched combustion technology serves as the "ultimate weapon" to solve this industry challenge. This technology ensures that combustible gases generated during pyrolysis are completely and thoroughly burned off in a high-temperature zone exceeding 850°C, achieving a methane destruction efficiency of over 99.9%. This rigorous performance metric guarantees the high integrity of every ton of carbon credit produced by HaiQi projects, ensuring they can withstand the strictest international verification standards—a fundamental assurance of high-quality carbon credits.

Transparent and credible Monitoring, Reporting, and Verification (MRV) form the cornerstone of the carbon market.

HaiQi's DCS intelligent control system elevates digital MRV to new heights. The system automatically records and stores key operational parameters—such as temperature profiles, material residence time, feedstock input, and energy output—with minute-level precision. This data automatically generates tamper-proof digital reports, assigning a traceable "digital ID" to every ton of biochar and every kilowatt-hour of green electricity produced. This exceptional level of transparency aligns perfectly with the requirements of top-tier international standards such as Puro.earth, Rainbow, and EBC, making biochar projects utilizing HaiQi technology some of the most trusted assets in the global carbon market.

The international Carbon Dioxide Removal (CDR) market imposes rigorous standards regarding biochar purity and stability. Traditional direct-combustion pyrolysis technologies often result in contaminated products and poor carbon stability due to direct contact between feedstock and flue gas, posing a significant risk of "greenwashing."

HaiQi employs a proprietary indirect heating technology that ensures complete physical separation between the heat carrier and the feedstock. This core technology guarantees exceptionally high biochar purity, free from impurities such as tar and heavy metals. Furthermore, precise temperature control ensures the H/Corg ratio remains consistently below 0.4, resulting in a highly graphitized carbon structure with a half-life exceeding 1,000 years—achieving true "permanent sequestration." HaiQi’s biochar technology sets the global gold standard for premium-quality biochar.