Solutions

Production line of PFC magnetic ring automatic peeling, tin soldering, glue dispensing, and testingAlkaline Water Electrolysis (ALK) technology uses KOH aqueous solution as electrolyte, efficiently decomposing water into high-purity hydrogen and oxygen under direct current. It is one of the most mature and widely deployed green hydrogen production methods in industrial applications today.

This product series covers three installation configurations to meet different site requirements:
• Split-Installation Type (HY-HS Series): Electrolyzer, gas-liquid processing unit, and control system independently arranged; suitable for large fixed hydrogen stations with output range 20–2,000 Nm³/h.
• Containerized Type (HY-HC Series): Full system integrated in a standard 40-foot container, plug-and-play, supporting rapid mobile deployment; up to 100 Nm³/h per unit.
• Integrated Type (HY-HI Series): Electrolyzer, gas-liquid separator, and drying device integrated on a single base; compact structure for small-to-medium distributed hydrogen supply; output 5–10 Nm³/h.

• Fully modular design — nitrogen generation and liquefaction units are compactly integrated, minimizing footprint
• PSA nitrogen generation — no cryogenic air separation required; fast startup, on-stream nitrogen ≤30 min
• Adjustable nitrogen purity from 99% to 99.999%, adaptable to a wide range of industrial applications
• Liquefaction unit uses high-efficiency Joule-Thomson expansion refrigeration cycle with high liquefaction rate and low specific energy consumption
• Liquid nitrogen stored in vacuum multi-layer insulated tanks with daily evaporation rate ≤0.3%, ensuring long storage life
• Fully automated PLC control with remote monitoring and fault alarm; unattended operation supported
• Customizable liquid nitrogen outlet pressure (0.05–0.8 MPa), compatible with vaporizer filling or direct use
• Key components use premium cryogenic-grade materials; design service life ≥15 years

• Based on cryogenic distillation, utilizing boiling point differences to separate air into high-purity N₂, O₂ and liquid argon
• Single unit N₂ capacity 100~50,000 Nm³/h, N₂ purity ≤3ppm O₂ (99.9997%), O₂ purity ≥99.6%
• High-efficiency turbo expander and main heat exchanger reduce comprehensive energy consumption by 10%~20% vs. conventional units
• Fully automatic PLC/DCS control, load regulation 30%~110%, adapting to downstream fluctuation
• Simultaneous gaseous and liquid product output (LIN, LOX, LAR) with cryogenic liquid storage tanks
• Design life ≥20 years, continuous operation cycle ≥2 years, low maintenance cost
• Modular design, easy installation, small footprint, suitable for on-site centralized gas supply

• Solid polymer electrolyte (PEM), pure water as the sole feedstock — no alkali, no corrosive media, environmentally clean.
• Current density up to 1–1.5 A/cm² (commercial), with R&D targets reaching 5 A/cm²; compact modular stack design, customizable.
• Excellent proton conductivity, low gas crossover, outstanding electrochemical stability and mechanical strength; cumulative service life up to 15 years.
• Warm start in seconds, cold start < 10 min; load range 0%–150%, ideal for fluctuating renewable energy sources.
• Three-tier safety: fail-safe shutdown within seconds of power loss; 50% LFL combustible gas sensor alarm interlock; dual hydrogen leak detectors + real-time anode O₂/H₂ monitoring.
• One-key start/stop with full PLC automation; real-time monitoring of pressure, level, temperature, and conductivity; remote monitoring and unattended operation, low O&M cost.
• Main electrical cabinet sited outside the hazardous zone with explosion-proof certification; all electrolyzer fluid-path materials are anti-oxidation, anti-hydrogen-embrittlement, and leak-proof grade.
• Certified to GB/T 37562-2019 and GB/T 37563-2019; products comply with national and industry standards for hydrogen generation equipment.

The VPSA (Vacuum Pressure Swing Adsorption) Oxygen Generator represents an advanced, energy-efficient oxygen production technology. It combines a blower for adsorption and a vacuum pump for deep regeneration, enabling ultra-low power consumption. Designed for large-scale, continuous industrial oxygen supply, it is the most cost-effective solution for applications like steelmaking, chemical processing, and large-scale wastewater treatment.

The PSA Oxygen Generator produces oxygen on-site using Pressure Swing Adsorption (PSA) technology with specialized Zeolite Molecular Sieves. It is compact, fully automatic, and starts up quickly. Offering stable oxygen purity (90%-95%), it is a reliable and economical alternative to cylinder oxygen for medium to small-scale applications in healthcare, metal smelting, and wastewater treatment.

The PSA Nitrogen Generator utilizes Pressure Swing Adsorption (PSA) technology. It separates nitrogen from compressed air using high-performance Carbon Molecular Sieve (CMS), which adsorbs oxygen faster than nitrogen. Featuring fully automatic PLC control, it offers quick start-up, adjustable purity (95%-99.999%), low operating costs, and minimal maintenance. It's an ideal, cost-effective solution for industries like electronics, food packaging, and heat treatment.

High Reliability & Long Service Life: Built on proven diesel engine platforms with reinforced crankshafts, cylinder blocks and pistons. MTBF exceeds 5,000 hours; engine design life is over 20,000 hours (B-level maintenance interval). Multi-level protection systems keep the genset running around the clock.
Fast Start-up & Emergency Response: Cold start to full-load supply takes 10-30 seconds in auto mode. The AMF controller detects grid failure within 1-3 seconds and starts the genset automatically, keeping critical loads powered.
Wide Power Range: Single-unit output from 20 kW to 3,000 kW. Open, soundproof and containerized configurations available. Supports single-unit or parallel multi-unit operation for capacity expansion.
Low Fuel Consumption: High-pressure common rail / electronic injection technology delivers precise fuel control. Specific fuel consumption reaches 0.205-0.225 L/kWh at 75% load — suitable for extended continuous operation.

* Safety & Reliability: Multi-layer safety interlock: high-energy ignition, electronic governor, knock monitoring, overspeed protection, low-pressure gas cutoff, high-temperature alarm, and abnormal lube-oil consumption detection—full coverage for stable operation.
* Clean & Eco-Friendly: Full combustion, zero black smoke or dust; compliant with national standards and EU Stage IIIA; NOx as low as 250-500mg/Nm3; ideal for urban and environmentally sensitive deployments.
* High Efficiency & Energy Saving: 35%-42% power generation efficiency; CHP model reaches >85% total energy utilization vs. ~60% for pure generation; waste heat recoverable for heating, cooling, or steam—maximum energy utilization.
* Flexible Adaptation: 30kW-3600kW per unit, scalable to tens of MW; compatible with natural gas, biogas (CH4>=35%), associated gas, coalbed methane, refinery tail gas, and biomass gas; custom preprocessing available.