Our key vehicle-mounted systems, high-pressure vessels, and natural gas treatment plants optimized for Moroccan environmental standards and industrial corridors.
Fully mobile natural gas liquefaction plant featuring integrated pre-treatment, nitrogen-refrigeration cycles, and rapid hookup systems for local wells.
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Standardized, compact liquefaction skids designed for rapid deployment, maximizing liquid yield with mixed refrigerant cycle (MRC) technology.
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Exhaust gas treatment systems tailored to minimize emissions and maximize BOG (Boil-off Gas) recovery in gas-to-power facilities.
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ASME and CE compliant custom pressure vessels engineered for high-pressure storage, phase separation, and LNG distribution.
Technical SpecificationsMorocco is undergoing a historic shift in its national energy architecture. The closure of the Maghreb-Europe Gas Pipeline (GME) and the Kingdom's commitment to reducing industrial carbon footprints have accelerated the need for localized, highly flexible natural gas infrastructures. In the absence of a nationwide pipeline network, the establishment of a "Virtual Pipeline" utilizing truck-mounted and skid-mounted LNG systems is the most viable technological approach.
Instead of relying on multi-billion dollar capital intensive pipelines, skid-mounted units allow gas distribution from LNG import terminals or localized production sites directly to energy-intensive manufacturing lines via road transport networks.
Morocco's domestic gas fields present varying flow rates. Our modular truck-mounted units are designed to handle flexible capacities from 20,000 to 300,000 Nm³/day, making smaller exploration pockets highly profitable.
Designed to operate in extreme ambient conditions (up to 45°C in dry, sandy desert environments). Featuring air-cooled condensers, sand filtration systems, and robust PLC telemetry for remote operating assistance.
Our modular LNG systems are designed based on state-of-the-art Mixed Refrigerant Cycle (MRC) and Nitrogen Expander technologies. This guarantees high thermodynamic efficiency and minimum energy consumption per kilogram of liquefied natural gas produced.
| Parameter Details | Skid-Mounted Series | Vehicle/Truck-Mounted Series | Industrial Application Target |
|---|---|---|---|
| Throughput Capacity | 30,000 - 500,000 Nm³/day | 10,000 - 150,000 Nm³/day | Small-scale wells & flare gas recovery |
| Refrigeration Method | Single Mixed Refrigerant (SMR) / MRC | N₂ Expander Cycle / Cryogenic Cold Box | Variable load adaptation & rapid start-stop |
| Methane Concentration | Flexible feed gas (75% - 98% CH₄) | High-nitrogen adaptable (up to 15% N₂) | Ensures high-purity LNG output |
| Pre-treatment Unit | MDEA CO₂ removal + Mol sieve dehydration | Skid-mounted membrane + TSA purification | Acid gas extraction and water dewpoint down to -70°C |
| Control Systems | DCS / SCADA with remote telemetry | Integrated PLC with fail-safe ESD system | Unattended remote site safety monitoring |
Hebei Hongke Qingneng Environmental Protection Equipment Co., Ltd. was established in June 2021 with a registered capital of 78 million yuan. Focused on the R&D and manufacturing of energy conservation and environmental protection systems, our main base is located in the Sanhe Economic Development Zone, Langfang City. We are an ISO 9001, Sinopec HSSE, and CNPC-compliant high-tech enterprise. Our core competence stems from a senior engineering team from prestigious Chinese research institutions.
Ph.D. from the Institute of Physics and Chemistry Technology, Chinese Academy of Sciences (CAS). Senior Engineer who has directed national 863 Program projects and aerospace cryogenic heat exchange projects. Holder of multiple patents in mixed refrigerant gas cycle optimization.
Ph.D. Candidate & Senior Engineer (CAS). Managed large-scale natural gas monetization projects and VOC abatement technology platforms under the "12th Five-Year" national research projects.
Doctor of Engineering, CAS. Leading researcher in phase change heat transfer characteristics and flow properties of multi-component mixed working mediums.
We specialize in the design, engineering, and manufacturing of non-standard pressure vessels, centralized medical waste high-temperature steam treatment systems, animal residue harmless treatment equipment, skid-mounted natural gas purification and liquefaction modules (CBM, shale gas, tail gas recovery), industrial refrigeration units (-40℃ to -180℃), and helium extraction units from BOG tail gases.
Importing pressure equipment and cryogenic systems into Morocco requires strict adherence to local laws and safety certifications. We ensure that our entire equipment line meets the requirements set by the Moroccan Ministry of Energy Transition and Sustainable Development, alongside international codes:
Our plants are designed and manufactured under the A2-level pressure vessel manufacturing license, conforming to ASME Section VIII Division 1, CE (PED 2014/68/EU), and the corresponding Moroccan national standards (NM Norms) managed by IMANOR.
In alignment with Morocco's environmental frameworks, our VOC treatment and exhaust gas recovery skids are fully configured to comply with national emissions limits, utilizing multi-stage purification technologies that achieve up to 99% VOC destruction efficiency.
We provide full documentation, localized layout drawings, structural calculation books (incorporating local seismic codes for Northern and Western Morocco), and dispatch senior engineers for on-site pipeline hookup, commissioning, and training of local Moroccan operators.
Comprehensive answers to assist Moroccan project developers, procurement managers, and industrial gas distributors.
Detailed overview of our multi-stage purification equipment, medical waste systems, and specialized natural gas liquefaction modules.
High-efficiency solvent recovery and hazardous gas destruction systems designed for chemical processing facilities in Morocco.
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Complies with Moroccan environmental clean-air acts by capturing and recycling valuable volatile organic compounds from process streams.
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Sanitary, low-emission alkaline hydrolysis systems for environmental bio-waste management in local animal hospitals and municipalities.
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Heavy-duty steam autoclave processing modules featuring shredders and automatic control systems for high-throughput clinical waste sterilization.
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Complete cryogenic system integrating feed compression, CO₂ extraction, dehydrating towers, and gas liquefaction skids.
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Industrial scale environmental systems combining carbon adsorption with thermal oxidation for optimal emission control.
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Fully compliant pathogen sterilization system designed for continuous operation and strict environmental parameters.
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High mobility cryogenic trailer configurations allowing processing and liquefaction right at the wellhead without infrastructure delay.
Technical SpecificationsConnect with our expert team of Senior Cryogenic Engineers and Ph.D. Researchers. We will provide detailed sizing, thermodynamic modeling, and compliance consulting tailored specifically for the Moroccan energy market.