High-efficiency, vehicle-mounted, and skid-mounted LNG installations engineered for pipeline-offgrid industrial parks, peak shaving, and raw natural gas purification.
Custom-designed mobile liquefaction plants featuring quick connection modules for remote gas fields and virtual pipeline applications in Mexico.
Compact modular designs optimized for shale gas monetization and stranded well-gas recovery. Offers low power consumption per unit of LNG produced.
Turnkey modular systems integrating advanced mixed refrigerant cycles. Ideal for rapid assembly in developing industrial zones of Nuevo León.
Complete EPC lifecycle engineering, commissioning, and remote operation maintenance optimization for large-scale decentralized LNG hubs.
Monterrey, the capital city of Nuevo León, stands as the paramount industrial powerhouse of Mexico. Fueled by the modern global trend of nearshoring, the city is attracting unprecedented international capital across manufacturing, automotive, heavy steel, and electronics sectors. However, this massive industrial transition has put a substantial strain on the local energy infrastructure. Monterrey's manufacturing parks require enormous, continuous supplies of thermal and electrical energy to fuel factories, smelters, and assembly plants. With pipeline installations lagging behind physical site developments, Virtual Pipelines powered by localized Truck-Mounted and Skid-Mounted Liquefied Natural Gas (LNG) plants have emerged as the standard operational solution for sustainable, scalable energy delivery.
While the state of Nuevo León benefits from geographical proximity to cheap Permian Basin shale gas via US-Mexico cross-border pipelines, localized distribution networks to newly mapped industrial parks are non-existent or heavily congested. Operating skid-mounted micro-LNG plants allows industrial developers to liquefy incoming natural gas, transport it via cryogenic tankers, and regasify it directly at manufacturing points, eliminating regulatory bottlenecks and multi-year pipeline construction projects.
Worldwide energy markets are rapidly decentralizing. Historically, LNG plants were multi-billion-dollar megaprojects designed exclusively for transoceanic trade. Today, the convergence of shale gas production, localized distribution channels, and micro-grid designs has stimulated intense demand for modular, skid-mounted, and truck-mounted units. These compact units enable the capture of stranded well gas, associated petroleum gas (APG), and remote biogas, converting otherwise wasted resource streams into high-value, liquid fuel. For international developers, utilizing highly transportable liquefaction solutions yields dramatic CAPEX reductions, minimal construction footprints, and exceptionally short lead times compared to standard field-erected structures.
Our skid-mounted LNG systems are configured with cutting-edge process loops optimized for space, reliability, and thermodynamic efficiency. Utilizing the Mixed Refrigerant (MR) or Nitrogen Expansion cycles, these systems condense natural gas to -162°C, reducing its volume by approximately 600 times. Key processing units integrated within our skid structures include:
Our advanced manufacturing facility in the Sanhe Economic Development Zone, Langfang, specializing in ASME pressure vessels and skid-mounted energy systems.
Hebei Hongke Qingneng Environmental Protection Equipment Co., Ltd. operates at the vanguard of the modern Industry 4.0 shift. Based in the Sanhe Economic Development Zone, Langfang City, our engineering and manufacturing center integrates precision fabrication, automated testing, and comprehensive supply chain planning. By localizing our raw material sourcing, key valve selection, and pressure vessel engineering in China, we successfully navigate the inflationary headwinds that challenge European and American fabricators. This strategy translates directly into a 30% to 45% reduction in overall system CAPEX without compromising structural integrity or international regulatory compliance.
Furthermore, our rigorous fabrication flow guarantees that every structural skid, piping network, and control instrumentation rack undergoes extensive non-destructive testing (NDT), hydrostatic checks, and electrical dry runs prior to vessel containerization and ocean shipping. This minimizes onsite installation complexity in Monterrey, requiring only structural placement, utility connectivity, and standard site acceptance testing (SAT).
Established in June 2021, Hebei Hongke Qingneng Environmental Protection Equipment Co., Ltd. has established itself as an innovative force in cryogenic processes, pressure vessel engineering, and industrial environmental systems. We maintain strategic alliances with top-tier research institutions, including Tsinghua University and the Institute of Physics and Chemistry Technology of the Chinese Academy of Sciences (CAS). These partnerships ensure that our modular liquefaction projects represent the cutting edge of thermodynamic physics and materials engineering.
Our core capabilities span the custom design and construction of various pressure vessels, medical waste treatment machinery, environmental purification skids, and complete natural gas/shale gas/coalbed methane purification and liquefaction facilities. Our manufacturing and business practices conform strictly to global protocols, boasting A2-level pressure vessel manufacturing credentials, pressure pipeline component manufacturing permits, GB/T19001-2016 quality management systems, and the highly esteemed Sinopec HSSE/China Petroleum HSE systems.
Founder & Chairman
Ph.D. from the Institute of Physics and Chemistry Technology, Chinese Academy of Sciences. National Senior Engineer. Recipient of the Special Prize of Technological Invention by the Chinese Society of Refrigeration and Beijing Science and Technology Awards. Has led over 20 independent intellectual property R&D projects and 50+ modular gas liquefaction campaigns.
General Manager & Senior Engineer
Senior Engineer affiliated with the Institute of Physics and Chemistry Technology, CAS. Published 24 academic papers (11 SCI/EI indexed). Holds 5 national patents. Recipient of the Silver Medal of the 19th China International Industry Expo. Expert in managing cross-border project deployment and operations.
Chief Engineer
Doctor of Engineering from the Institute of Physics and Chemistry Technology, CAS. Pioneer in mixed-medium cryogenic thermodynamics. Specializes in multi-component phase change heat transfer theory. Chief architect behind Hongke Qingneng's proprietary skid-mounted natural gas liquefaction designs.
Newly constructed manufacturing zones around Apodaca, Santa Catarina, and Pesquería often face multi-year delays for pipeline grid attachments. Installing a centralized regasification station supplied by truck-mounted LNG plants establishes an immediate, stable thermal and generation source.
Industrial operations in metallurgy, glass fabrication, and automotive painting require high gas volumes during peak shifts. Modular LNG storage and vaporizing skids offer dynamic peak shaving capabilities, protecting facilities from regional gas curtailments.
High-intensity thermal operations require continuous, uninterrupted fuel supply. Road-transportable LNG delivery systems provide consistent pressure and clean combustion parameters, bypassing public grid interruptions.
Global modular solutions scaled for modern industrial performance and rigorous emission controls.
Crucial engineering, regulatory, and logistics answers for operations in North America and Mexico.
Explore our complete range of specialized equipment engineered for efficiency and environmental compliance.
Engineered to minimize VOC slip and greenhouse emissions in midstream process plants.
Complete modular conditioning skid to extract CO2, water vapor, and heavy hydrocarbons.
Highly efficient desulphurisation columns designed to handle high H2S feed concentrations.
Advanced adsorption and thermal oxidation units designed to handle challenging industrial VOC streams.
Rapid-deployment mobile steam sterilization systems designed for emergency and regional medical operations.
Heavy-duty, automated autoclave systems designed to meet municipal medical waste requirements.
High-temperature hydrolysis units designed for bio-safety containment facilities and animal processing plants.
Specialized high-temperature, high-pressure containment vessels engineered for safe biological waste disposal.
Hongke Qingneng
