Engineered to comply with strict European Commission health regulations and Italian environmental standards, catering to Milan's leading veterinary, research, and waste processing hubs.
As the economic driver of Italy and the heart of the Lombardy region, Milan is experiencing rapid expansion in biomedical research, veterinary medicine, and circular industrial systems. The region hosts major clinical hubs, such as the Milan Innovation District (MIND), where strict biosecurity and environmental regulations govern the handling and disposal of bio-hazardous waste and animal remains.
Compliance with Italian national decree D.Lgs. 152/06 (Environmental Code) and the European Union's regulation (EC) No 1069/2009 for animal by-products (ABP) requires advanced thermal treatment systems. Standard landfilling or direct open incineration is no longer viable. Today's facilities require efficient, zero-emission high-temperature alkaline hydrolysis and centralized steam sterilization systems that neutralize pathogens safely while offering energy recovery options.
Our company specializes in delivering custom, ASME and CE-marked pressure vessels, VOC purification units, and skid-mounted biosecurity equipment. We help Milanese laboratories, veterinary hospitals, and agricultural processors upgrade to automated, highly reliable solutions that minimize carbon emissions and guarantee complete biological safety.
Leveraging advanced technical expertise from elite national research institutes to deliver high-performance environmental systems.
Established in June 2021 with a registered capital of 78 million yuan, Hebei Hongke Qingneng Environmental Protection Equipment Co., Ltd. operates a major manufacturing facility in the Sanhe Economic Development Zone, Langfang City. We specialize in the R&D and manufacturing of energy conservation and environmental protection equipment, focusing on non-standard pressure vessels, medical waste treatment, animal tissue (residue) processing systems, biological wastewater neutralization, VOC treatment, industrial refrigeration, and cryogenic gas recovery.
Doctorate from the Institute of Physics and Chemistry Technology, Chinese Academy of Sciences (CAS). Senior engineer and lead scientist on national 863 initiatives, space military systems, and multi-scale thermal recovery projects. Winner of Beijing Science and Technology Awards.
Ph.D. candidate and senior engineer of CAS. Oversees technological integration, market strategy, and international standards adaptation. Published 24 academic papers and holds multiple patents in industrial thermodynamics.
Doctor of Engineering (CAS). Focuses on mixed working medium thermodynamics and fluid dynamics. Expert in skid-mounted thermal plants and non-standard pressure vessels for complex biopharma processes.
Combining scientific innovation, heavy industrial capability, and strict quality control standards for global industrial markets.
Our solutions are designed in collaboration with research institutes like Tsinghua University and the Chinese Academy of Sciences, ensuring advanced thermodynamics, lower thermal dispersion, and optimized energy cycles.
We hold A2-level pressure vessel manufacturing licenses, pressure pipeline component licenses, ISO9001 quality systems, and Sinopec HSSE compliance to meet demanding international standards.
From custom pressure vessels to VOC exhaust control and high-temperature steam sterilization systems, we deliver fully pre-assembled, containerized skid-mounted units for easy site installation.
Exploring our secondary range of advanced industrial machinery, providing cross-sector capabilities from biological containment to heavy chemical processing.
Reviewing real-world deployments of our high-temperature hydrolysis and gas processing equipment across industrial environments.
Highly automated thermal hydrolysis system configured for research laboratories, biological safety level (BSL) containment facilities, and academic institutions.
Skid-mounted and trailer-mounted high-temperature autoclave systems optimized for decentralized hospitals, emergency response, and localized bio-waste streams.
Advanced cryogenic skid assemblies capturing flares, associated petroleum gas, and methane streams, converting waste emissions into high-value LNG.
High-capacity automated processing plant processing medical and biological residues continuously with integrated shredders and vacuum systems.
Send us your specific blueprints or technical design requirements.
Get Custom DesignEnsuring supply-chain efficiencies, structural engineering parity, and comprehensive compliance for European industrial enterprises.
We supply comprehensive documentation for CE marking, Pressure Equipment Directive (PED) 2014/68/EU certification, and machinery guidelines. Our manufacturing processes match European EN 13445 standard specifications alongside standard ASME section VIII codes.
By pre-assembling, pre-wiring, and fully testing the systems at our facility in Sanhe Economic Development Zone, we drastically shorten construction timelines at Italian project sites. Units are shipped in standard shipping sizes, allowing plug-and-play installation.
We cooperate with regional engineering agencies and industrial service providers in Milan and Lombardy to handle logistics, local custom approvals, commissioning, and on-site support, providing seamless operation throughout the lifecycle.
Expert technical answers regarding animal by-product treatment, pressure vessels, and local operational regulations.
Our animal tissue treatment systems are engineered to achieve high-temperature sterilization parameters (typically 133°C at 3 bar pressure for at least 20 minutes continuously, or higher alkaline hydrolysis thresholds) which are specifically mandated for Category 1, 2, and 3 animal by-products (ABP) by European Union sanitary regulations.
We utilize premium corrosion-resistant stainless steels (such as Duplex 2205, SS316L, or SS316Ti) for all wet surfaces. This ensures durability against the corrosive nature of organic decomposition products, bio-liquids, and aggressive sterilization chemicals.
Yes. Animal rendering and high-temperature hydrolysis produce highly offensive volatile organic compounds (VOCs). We manufacture multi-stage scrubbing systems, condenser packages, and active-carbon/thermal oxidation modules to clean venting emissions down to strict local environmental limits.
Depending on the specific configuration (thermal hydrolysis vs. dry rendering or wet sterilizing), cycle times range between 3 to 6 hours. This includes mechanical loading, steam heating, stabilization hold, chamber depressurization, and automated liquid/solid discharging.
Deploying specialized technology configurations worldwide, built inside certified facilities.
Hongke Qingneng