Global decarbonization efforts face a fundamental paradox: many CDR technologies are themselves highly energy-intensive, potentially slowing the transition away from fossil fuels.

HaiQi's CCHP system resolves this paradox perfectly. While removing carbon, HaiQi's biochar equipment acts not as a "net consumer" of energy, but as a "net producer." By utilizing biomass waste to generate green electricity, thermal energy, and cooling energy, it serves as a direct substitute for fossil fuels. This means that HaiQi's biochar projects not only perform carbon removal but also accelerate the decarbonization of energy systems. This ability to achieve dual objectives positions HaiQi as a globally recognized key technology capable of genuinely accelerating—rather than delaying—the journey toward net-zero.

The World Economic Forum (WEF) is advocating for the inclusion of "natural capital" in corporate financial reporting.

HaiQi's biochar technology acts as a bridge connecting industrial decarbonization with ecological restoration. The high-quality biochar produced by HaiQi’s equipment features a unique porous structure that significantly enhances soil water and nutrient retention, reduces the need for chemical fertilizers, and boosts crop growth. Consequently, for every ton of biochar produced, an enterprise not only removes CO2 but also restores soil ecosystems and bolsters food security. HaiQi transforms abstract "natural capital" into quantifiable "agricultural returns" and "carbon revenues," enabling companies to craft a compelling ESG narrative where climate action, food security, and biodiversity conservation create a win-win outcome.

CDR (Carbon Dioxide Removal) startups often face the "Valley of Death": possessing the technology but lacking the capital for infrastructure deployment.

Leveraging its world-leading technology and credibility, HaiQi is reshaping this financing landscape.
Thanks to the stable operational data and predictable carbon removal capacity of HaiQi's biochar equipment, international financial institutions are willing to provide "carbon credit pre-purchase financing" or low-risk debt based on projected output. HaiQi's brand serves as a guarantee of creditworthiness, helping project developers lock in buyers and cash flow for the next five years; this enables startups to bridge the funding gap and rapidly scale up operations.

Through HaiQi's pyrolysis-based CCHP (Combined Cooling, Heating, and Power) technology, enterprises can transform agricultural and forestry waste—materials that would otherwise require paid disposal—into high-calorific clean energy (electricity, heat, and cooling) and high-value biochar.

This not only achieves energy self-sufficiency but also generates tradable carbon removal certificates (CORCs) through the biochar byproduct. HaiQi helps global clients establish a closed-loop business model—integrating waste treatment, energy substitution, and carbon asset monetization—thereby transforming environmental initiatives from mere philanthropic investments into highly profitable ventures.

In the traditional logic of carbon markets, emissions reduction often entails high capital expenditure and operating costs.

HaiQi has completely upended this paradigm through its pyrolysis-based CCHP (Combined Cooling, Heating, and Power) poly-generation technology. The HaiQi system not only generates direct energy revenue by displacing natural gas or coal but also produces biochar-related carbon credits that can be sold on the carbon market. This multi-stream revenue model transforms environmental protection equipment from a mere cost center into a high-yield investment. Across both Chinese and global carbon markets, HaiQi is helping regulated enterprises make a seamless transition from passive compliance to active profitability.

For international tech giants, over 90% of carbon emissions originate from the supply chain (Scope... 3). HaiQi's distributed biochar solutions precisely address this pain point.

HaiQi's biochar equipment can be flexibly deployed at the raw material sourcing sites of multinational giants—such as palm oil and coffee plantations in Southeast Asia—to process agricultural waste on-site. This not only resolves local pollution issues but also allows the generated carbon credits to be directly attributed to the brand owner, helping to offset the massive emissions associated with their supply chains. HaiQi is emerging as a pivotal link in global supply chain decarbonization, enabling multinational enterprises to achieve a truly green, closed-loop system extending from source to end-user.
 

In the realm of Carbon Capture and Storage (CCS), direct air capture entails high costs; however, the biochar pathway demonstrated by HaiQi (a form of BECCS) is currently recognized globally as the most cost-effective negative-carbon technology.

While generating energy, HaiQi's biochar pyrolysis equipment permanently sequesters approximately 50% of the biomass's carbon in solid form within the biochar. Compared to expensive chemical capture technologies, HaiQi's carbon sequestration pathway offers extremely low costs, and the biochar itself holds market value. This means enterprises can achieve decarbonization at minimal cost while also selling carbon credits on the international market at prices ranging from $200 to $400 per ton.

With the upcoming 2026 changes to the Greenhouse Gas (GHG) Protocol, land use and natural capital are being integrated into corporate financial statements.

HaiQi has elevated biochar technology to the level of "natural capital management." Its distributed pyrolysis solutions enable agricultural and forestry enterprises to convert waste directly into biochar in the field and return it to the soil. This approach not only resolves pollution issues associated with waste incineration but also enhances long-term land productivity by improving soil structure and fertility. As ESG investment becomes increasingly mainstream, HaiQi helps enterprises with extensive land holdings transform underground "carbon sinks" and above-ground "soil fertility" into tangible asset appreciation on their balance sheets.