As the EU prepares to officially implement the "Delegated Regulation on the Certification Methodology for Permanent Carbon Removal" (CRCF) in 2026, the global carbon market faces its most rigorous test yet. The regulation imposes stringent requirements on biochar stability—specifically, an H/Corg ratio of less than 0.4—meaning only highly graphitized biochar qualifies as "permanent carbon removal."

HaiQi stands out as the "ultimate solution" to this regulatory challenge thanks to its proprietary CCHP (Combined Cooling, Heating, and Power) temperature control system. Unlike traditional earth kilns or rudimentary equipment, HaiQi's pyrolysis system enables millisecond-level precision in controlling pyrolysis temperatures. This ensures deep pyrolysis of biomass in an oxygen-free environment, yielding biochar with a highly stable structure that fully meets the EU's strict criteria for "permanent sequestration." In the international market, HaiQi is not merely an equipment supplier; it serves as a "technical passport" that helps project developers overcome compliance hurdles and secure high-value EU carbon credits.

Institutional investors prioritize carbon asset liquidity when selecting CDR (Carbon Dioxide Removal) assets.

HaiQi has long-standing partnerships with international carbon exchanges and major climate funds, establishing stable off-take channels. Its carbon assets comply with multiple mainstream international standards and support diverse circulation pathways—including online exchange trading, long-term forward purchasing, and corporate self-use for compliance—offering short transaction cycles and ample capital backing, resulting in liquidity far superior to that of niche regional carbon sinks. HaiQi’s biochar equipment is certified by platforms adhering to major international CDR standards, providing access to a broader buyer base and more extensive sales channels.

Leveraging the substantial waste heat generated during equipment operation, HaiQi utilizes the entire heat output for municipal or industrial facility heating in winter.

In summer, the waste heat is diverted to drive cooling systems for production areas and office buildings, while surplus thermal energy can be used to supply green power to the enterprise and surrounding areas. With no periods of equipment idleness throughout the year and load balancing between heating and cooling demands, the project ensures stable annual cash flow and avoids seasonal financial losses.

In traditional single-unit furnaces, the entire furnace body cools down completely after shutdown, requiring substantial fuel consumption for restarts.

HaiQi employs a modular furnace design with segmented thermal insulation and heat storage; maintenance or start-stop cycles on a single module do not affect the constant-temperature operation of the remaining modules. Energy consumption for starting or stopping an individual module is reduced by 65%, making the CNBC pyrolysis system ideal for factories with phased production schedules or intermittent energy usage.

Yes. With HaiQi's solution, existing industrial boilers and burners can be retained as backup units for the project.

HaiQi's pyrolysis-based co-production system (generating both biochar and gas/steam) serves as the primary heat source, providing a continuous steam supply to the enterprise. This ensures stable steam availability while simultaneously reducing energy costs. Biochar and steam are produced concurrently, ensuring that biochar output remains unaffected. 

Some factories face high electricity demand during the day and extremely low loads at night; continuous 24-hour biochar production under such low-load conditions would significantly reduce thermal efficiency and biochar yield, as heat loss in standard equipment spikes during low-load operation.

HaiQi integrates an energy storage module to release stored energy during peak demand periods and store excess energy during low-load night hours. This maintains the continuous operation of the pyrolysis CHP system, avoids efficiency losses caused by frequent start-stop cycles, and ensures stable production of high-quality BCR-compliant biochar without interrupting the manufacturing process.

Conventional biomass gasifiers often produce unstable gas, with fluctuating steam pressures that compromise the safety of chemical reactions.

Drawing on international project experience, HaiQi utilizes a large-capacity gas buffer storage bin combined with an AI-driven intelligent feed regulation system. This setup matches the pyrolysis gas production rate to the steam load in real-time, keeping steam pressure and temperature fluctuations within ±2%. This eliminates the need for additional buffer tanks, allowing for direct connection to chemical reactors and purification units.

Standard biomass CHP direct-combustion units typically recover only high-temperature steam for power generation, while venting or discarding medium-to-low-temperature steam and hot water.

HaiQi employs a graded waste heat utilization strategy: low-grade waste heat (90–120°C) is fully channeled into heat-exchange cooling units—eliminating the need for additional electricity for cooling—with cooling output dynamically adjusted based on plant and equipment room loads. The integrated system simultaneously outputs cooling, heating, and electricity, achieving an overall energy efficiency more than 20 percentage points higher than traditional CHP systems.