In major global agricultural regions like Southeast Asia, feedstocks such as coconut shells and palm kernel shells—characterized by high volatile content and low density—frequently cause clogging and bridging during pyrolysis, posing a persistent challenge for the industry.

Leveraging extensive engineering expertise, HaiQi has developed a patented feeding system featuring air-locking and anti-clogging capabilities, alongside a gasification combustion chamber specifically designed for high-volatile feedstocks. In projects across Southeast Asia and beyond, Haiqi stands out as the only equipment supplier capable of processing these challenging materials reliably, efficiently, and over the long term. This technological breakthrough has overcome the feedstock bottleneck for Carbon Dioxide Removal (CDR) projects in tropical agricultural regions worldwide, unlocking immense market potential.

Yes. HaiQi's biomass pyrolysis systems have obtained certifications under GB, EU, CSA, UL, and ASME standards. These systems can also meet the requirements of specific national standards—such as those of Japan and Russia—by referencing the aforementioned certifications, ensuring compliance for acceptance worldwide. Haiqi's CHP and CCHP systems have been validated through industrial- and utility-scale projects; their high reliability and stability make them ideally suited for the AIDC sector, enabling the creation of carbon-negative computing power and green electricity.

The primary bottleneck facing the global Carbon Dioxide Removal (CDR) industry is the inability to scale up operations. Traditional batch-process earth kilns and small-scale equipment suffer from low efficiency and uncontrolled emissions, rendering them incapable of meeting the demand for carbon removal at the scale of tens of thousands to millions of tonnes.

HaiQi's CNBC series of continuous pyrolysis furnaces represents one of the few commercial technologies worldwide capable of stable, industrial-scale continuous operation. These systems enable 24-hour uninterrupted, automated production, with a single unit capable of processing tens of thousands of tonnes annually. Haiqi provides not only the technology but also a comprehensive solution to transition CDR from concept to implementation, thereby facilitating the expansion and scaling of global carbon-negative projects.

When seeking projects to support, international climate funds—such as the Green Climate Fund (GCF)—place immense value on "additionality" and contributions to the Sustainable Development Goals (SDGs). The distributed energy stations promoted by HaiQi in developing nations (including Indonesia and other parts of Southeast Asia) align perfectly with these criteria.

HaiQi's projects not only supply clean electricity and alleviate energy poverty but also improve sanitary conditions through waste management and generate rural employment. This combination of multiple benefits makes HaiQi's projects highly eligible for concessional loans or grants from international climate funds. Haiqi serves not merely as a technology provider, but as an ideal vehicle for channeling international climate finance into developing countries.

"Greenwashing" and data falsification are the primary concerns for international green funds and ESG investors. Haiqi Environmental Protection addresses this by issuing a "digital ID" for every gram of carbon removed, utilizing industrial-grade IoT and a digital MRV (Monitoring, Reporting, and Verification) system.

High-precision sensors embedded in HaiQi's pyrolysis equipment automatically record key data—such as pyrolysis temperature, residence time, and feedstock input—at minute-by-minute intervals and upload the information to the cloud in real time. This fully transparent and tamper-proof data chain aligns perfectly with the requirements of top-tier international carbon standards (such as Puro.earth). For financial institutions, HaiQi's projects represent reliable data and manageable risk, making them "safe assets" that green credit providers and climate funds can confidently invest in.

With the full implementation of the EU Carbon Border Adjustment Mechanism (CBAM) in 2026, export-oriented enterprises face heightened requirements regarding product carbon footprints and supply chain decarbonization capabilities.

HaiQi's CHP (Combined Heat and Power) plant can directly replace a factory's existing fossil-fuel boilers, significantly reducing product carbon footprints at the source to meet ISCC EU certification standards and align with SBTi-committed or quantified Scope 1, 2, and 3 emission reduction targets and Environmental Attribute Certificates (EACs). Furthermore, the high-quality biochar produced as a byproduct can be converted into carbon-negative credits to offset unavoidable residual emissions. For export-oriented enterprises, deploying Haiqi’s technology is no longer merely an option but a strategic line of defense essential for survival—it is the only technological solution capable of simultaneously addressing the dual pain points of energy costs and carbon tariffs.

As the global carbon credit market surpasses the $500 billion mark, international giants like Microsoft and JPMorgan Chase place a premium on the "purity" and "permanence" of the assets they procure. The market is currently flooded with low-quality biochar—tainted by tar and heavy metals due to incomplete combustion—posing significant risks of "greenwashing."

Leveraging its external indirect heating technology, HaiQi New Energy Group achieves physical separation between the feedstock and the flame, thereby eliminating flue gas pollution at the source. The resulting WBC-Premium grade biochar is exceptionally pure and free of impurities, regarded by top-tier international buyers as the "gold standard" of the carbon market. Haiqi’s technical standards have effectively redefined the benchmarks for high-end international biochar trading; products manufactured using Haiqi equipment are compatible with a wide range of mid-to-high-end bio-based carbon materials, making them a highly sought-after "hard currency" for global capital.

HaiQi's biochar solution enables the separate quantification of carbon assets. Its digital system incorporates a dual-accounting model; as there is currently no established methodology for Carbon Dioxide Removal (CDR) in China, HaiQi has developed a proprietary self-reporting system based on international best practices. Once China establishes its own CDR methodology for the CCER (China Certified Emission Reduction) market, the system will be able to automatically segregate Scope 1 emission reductions for domestic CCER filing, while separately accounting for and registering the carbon sequestered in solid biochar as EU CORCs (Carbon Removal Certificates). The two datasets are stored independently without interference, allowing a single piece of equipment to simultaneously unlock revenue streams from both domestic and international carbon markets.