I. Product Overview

This equipment utilizes advanced PEM electrolytic water purification technology:The system includes but is not limited to electrolytic cells, power supply facilities, and gas-liquid separation equipment.qingGasPurification facilities, PLC control systems, etc. Specific equipment includes: circulating water pumps, water-gas separators, gas dryers, valve and pipeline components, constant current power supplies, control panels and control systems, safety systems, and more.Through the above device, it allows for adjustable flow support (0~300ml/min) and high-pressure output (0~7MPa), with an integrated three-stage purification system to ensure qingGasPurity > 99.999%, dew point < -45°C, suitable for precision instruments (such as GC-MS, fuel cell testing) and industrial applications.

I. Instrument Features

I. Core Technology and Advantages

PEM Electrolytic Water GeneratorqingTechnology

· Utilizing Proton Exchange Membrane (PEM) electrolyzer technology, directly generates deionized water through electrolysisqingGasNo need to add alkali solution or other chemicals; safe and environmentally friendly.

·Highly energy-efficient, with increased electrolysis efficiency and lower energy consumption than traditional alkaline electrolysis technology.

·Supports quick start/stop and power adjustment, reducing energy waste under no-load or low-load conditions compared to the slow response of traditional alkaline electrolysis.

High PressureqingAirOutput

·Customizable Pressure: 0~7MPa output supportedqingPressure regulation, compatible with fuel cells, addqingWarehouse storageqingVarious scenarios for industrial reactors and the like.

· Drying and Purification System: Equipped with a three-stage filtration system including molecular sieve, silica gel, and trace oxygen removal agent, ensuringqingGasDry and pure, meeting the requirements of precision instruments such as CVD, GC-MS, etc.

3. Smart Control System

One-touch operation: simply press the power switch to start gas generation, supporting continuous/intermittent operation.

Precise Monitoring: Large touch screen displays flow rate (±1ml accuracy) and pressure values in real-time, with data being clear and easy to read.

Pressure-adaptive: When the pressure reaches the preset value (e.g., 0.4MPa), the system automatically adjusts the gas production volume to ensure the output pressure fluctuation ≤ 0.001MPa.

4. Low-maintenance design

Simplified Maintenance: Simply replenish with Yibao water or double-distilled water (18.25M) on a regular basis.

5. Safety Protection

Multiple Protection: Overvoltage protection, ensuring equipment and operation safety.

6. Efficient and compact structure

High conversion efficiency: Electrolytic cell efficiency ≥85%, maximum gas production up to 300ml/min, meeting high load requirements.

2. Smart Control System

Siemens SMART 200 ST40 PLC

·Core control utilizes Siemens industrial-grade PLC, featuring high stability and anti-interference capability, supporting real-time monitoring and closed-loop regulation of pressure, flow, and temperature.

·TCP/IP Communication Protocol: Supports remote monitoring and data interaction, allowing seamless integration with factory DCS or IoT platforms for unattended operation and intelligent maintenance.

· Human-Machine Interface: Equipped with a touchscreen, it displays operating parameters (pressure, flow, temperature) in real-time, supports fault alarms, and allows for traceability and export of historical data.

2. Safety Protection Mechanism

·Multiple Safety Protection: Automatic leak alarm, over-pressure relief, electrolytic cell overheat protection to ensure equipment and operation safety. Fault self-diagnosis: The system can identify issues such as abnormal water quality, automatically shut down, and push maintenance tips.

Section II: Application Scenarios

1.qingTransportation and mobility sector

· Supports self-production for household usersqingGas, forqingCan accommodate two-wheeled vehicles.qingResolve the issue of inflationqingPain points.

2. Industrial Manufacturing & Precision Production

· Provide a stable gas source for the semiconductor and electronics industry, petrochemical and chemical synthesis, and metal heat treatment and powder metallurgy.

3. Research and Laboratory Settings

·Supply high purity carrier or reaction gases for equipment such as GC, GC-MS, and ICP-MS, replacing hazardous steel cylinders.

·Supports fuel cell stack performance testing, single cell efficiency verification, etc.

4. Emerging and Cross-industry Applications

Food Packaging Nitrogen Filling (Extend Shelf Life)

·Pharmaceutical AdditivesqingReactions (such as antibiotic synthesis)