Production duty
Define target hydrogen flow, operating schedule and the test conditions under which output will be accepted.
INDUSTRIAL PEM HYDROGEN PRODUCTION · 6–10 Nm³/h
6–10 Nm³/h Industrial PEM Electrolyzer — HELE C-Series
An industrial skid-mounted PEM electrolyzer platform for continuous on-site hydrogen supply, process hydrogen, semiconductor-related applications, metal processing and industrial pilot-to-production projects.
Series Range
6–10 Nm³/h
Reference Configuration
10 Nm³/h
Hydrogen Purity
99.999% Reference*
Operating Load Range
20–120%
10 Nm³/h Industrial Reference System
The 10 Nm³/h configuration is the engineering reference for the C-Series. System performance depends on the complete configuration, including the PEM stack, power conversion, water treatment, gas-liquid separation, cooling, gas treatment, controls, safety interlocks and downstream interfaces.
Configuration review
Four Decisions to Settle Before Ordering
The required hydrogen duty, delivery condition, site interfaces and acceptance method should be described on the same quotation basis.
Gas delivery
Specify purity and pressure at the handover point; design pressure is not a promise of continuous outlet pressure.
System boundary
Identify which water treatment, drying, ventilation, cooling and control interfaces belong to each party.
Acceptance plan
Agree FAT measurements, safety interlocks, documents and any site commissioning support in the order.
TECHNICAL SPECIFICATIONS
C-Series Reference Data
| Parameter | Reference Value | Engineering Context |
|---|---|---|
| Hydrogen Production Rate | 10 Nm³/h | Reference configuration rating |
| Operating Temperature | 5–65°C | System operating range |
| Hydrogen Purity | 99.999% reference | Subject to purification configuration |
| Dew Point | −70°C reference | Subject to drying scope |
| Feed Water | ASTM D1193 Type I DI Water (>10 MΩ·cm) | Confirm water treatment boundary |
| Maximum Allowable Pressure | 3.0 MPa | Not guaranteed outlet pressure |
| Power Supply | 380 V reference | Confirm transformer/rectifier interface |
| System Dimensions | 3800 × 1450 × 2080 mm | Reference skid dimensions |
| Reference DC Power Consumption | 4.4 kWh/Nm³ H₂ | Excludes AC system auxiliaries |
| Operating Load Range | 20–120% | Continuous and transient limits apply |
SYSTEM SCOPE
Process Architecture & Boundaries
Define what is included before comparing quotations. The proposal identifies every included module and every customer or EPC interface.
Electrolysis Core
PEM stack modules, internal circulation, primary gas-liquid separation and critical process instrumentation.
Gas Conditioning
Deoxygenation, drying, purification monitoring and defined limits of the compression boundary.
Power & Controls
Transformer/rectifier interface, PLC, HMI, I/O modules and external plant communications.
Utilities & Safety
Water treatment, cooling loops, safe venting, gas detection and emergency shutdown interfaces.
Inside HELE
Inside Our Manufacturing & Quality System
For the C-Series Industrial PEM Electrolyzer, manufacturing and inspection should follow the approved system configuration. Stack assembly, electrical and control integration, piping, leak checks and functional testing are reviewed against the order-specific test plan. The supplied records and FAT scope are agreed before release—not assumed from a model name.
Assembly control
Confirm the stack, balance of plant, wiring and interfaces against the approved drawings.
Test evidence
Define leak, control, safety and performance checks under stated test conditions.
PROJECT INTERFACES
Utilities Required for Quotation
Missing interface information is the main reason a nominal model match fails during detailed engineering. Provide these inputs with your RFQ.
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Process Water Quality (>10 MΩ·cm), pressure, temperature, flow and treatment ownership.
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Cooling Infrastructure Cooling medium, duty, supply/return temperatures and redundancy expectations.
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Electrical Supply Incoming voltage, frequency, power quality, and emergency power availability.
CONTROLS & SAFETY
Operating Range & Protection
The 20–120% operating load range relies on integrated control systems. Proper documentation ensures safe scaling and transient response.
Automation Baseline
Standard configurations include PLC and HMI tailored to the process scope, with documented I/O lists and communication mapping.
Safety Interlocks
Hardwired and software interlocks covering pressure thresholds, gas detection, ventilation failure, and emergency shutdown (ESD) sequences.
Oxygen Handling
Safe venting is standard. Oxygen recovery requires project-specific definition of purity, pressure, monitoring, and routing boundaries.
APPLICATION REVIEW
Use Cases Must Match Actual Duty
Application names are a starting point—not a substitute for hydrogen demand, operating profile, utility and compliance data.
Industrial On-Site Hydrogen
Continuous 6–10 Nm³/h supply configured around the user’s exact operating schedule.
Chemical Process
Purity, pressure and control boundary rigorously defined by the process duty.
Metal Processing
Application review for heat treatment and stable controlled-atmosphere demand.
Pilot-to-Production
A documented engineering basis for moving from pilot validation to continuous operation.
QUALITY & DELIVERY
Turn Claims into an Acceptance Plan
Agree the inspection and test plan before manufacturing. Each claimed value should have a test point, method, condition, acceptance criterion and responsible party.
Engineering Package
Approved datasheet, GA drawing, P&ID or flow diagram, interface and utility lists.
Factory Acceptance (FAT)
Visual, leak/pressure, I/O, alarm/interlock and agreed performance checks.
Handover Documents
FAT record, manuals, packing data, inspection records and project certificates.
Site Support
Installation review, commissioning scope, training and service boundaries as contracted.
PRODUCT FAMILY
Compare HELE Configurations
Choose by duty and integration level. Adjacent ranges are not interchangeable without an application review.
| Series | Reference Capacity | Primary Fit |
|---|---|---|
| S-Series | 0.5–1.0 Nm³/h | Laboratory, pilot and low-output projects |
| H-Series | 5 Nm³/h reference | On-site and mid-range hydrogen supply |
| C-Series (Current) | 6–10 Nm³/h | Continuous industrial hydrogen duty |
| M-Series | 10–50 Nm³/h | High-capacity modular projects |
| Containerized | 50–300 Nm³/h custom range | Outdoor and rapid-deployment projects |
FAQ
Engineering Questions Before RFQ
What makes the C-Series an industrial product?
It should define continuous duty, supply boundaries, utilities, controls, acceptance testing, documentation and downstream interfaces. Capacity alone does not establish industrial suitability.
Is 10 Nm³/h a guaranteed output?
It is the reference production rate for the C-Series. A contractual value requires the agreed reference conditions, load point, gas-quality target and test procedure.
Does the 4.4 kWh/Nm³ energy figure include all auxiliaries?
No. The 4.4 kWh/Nm³ value is a Reference DC power consumption. It does not automatically include rectifier losses, pumps, cooling, water treatment, purification, controls and other AC system auxiliaries.
Can oxygen be recovered?
Oxygen handling or recovery is project-specific. Define required purity, pressure, monitoring, safe routing and whether oxygen treatment is inside the supply boundary.
What control documents are needed?
Typical project documents may include a control narrative, I/O list, cause-and-effect or interlock matrix, communication list and alarm philosophy, subject to contracted scope.
Inquiry
Request a C-Series Industrial PEM Electrolyzer Review
For an industrial installation, compare quotations on the same duty and supply boundary. Share the target output, receiving process and site utilities; HELE can review the C-Series reference system and identify what must be engineered for your project.
- ✓ Production target and operating schedule
- ✓ Hydrogen purity, pressure and handover point
- ✓ Power, water, cooling and ventilation
- ✓ P&ID, FAT basis and required documents
Prefer email?
sales@heletitanium.comFactory & Engineering Center
Titanium Valley, Baoji City, Shaanxi Province, China