Alkaline Type Hydrogen Generation System
PERIC High-Efficiency Alkaline Water Electrolyzers & Green Hydrogen Plants
Spirare Energy partners with PERIC Hydrogen Technologies, a global leader in commercial water electrolysis, to deliver state-of-the-art Alkaline Type Hydrogen Generation Systems. Backed by over six decades of pioneering electrochemistry, PERIC pressurized alkaline electrolyzers produce high-purity green hydrogen (>99.999%) with exceptionally low power consumption and class-leading stack longevity.
Available in turnkey Containerized (KCDQ Series), Skid-Mounted, Integrated, and utility-scale GW Generation Plants, each system integrates bipolar pressurized alkaline electrolyzer stacks, gas-liquid separators, lye circulation coolers, deoxo-purification units, rectifiers/transformers, and automated PLC control. The containerized KCDQ series packages the entire balance-of-plant within standard 20ft/40ft containers, pre-interconnected and factory-tested for plug-and-play field deployment.
With individual stack capacities ranging from 5 Nm³/h up to 2,000+ Nm³/h and direct gas discharge pressures up to 3.2 MPa, PERIC alkaline hydrogen systems provide the most mature, bankable, and cost-effective pathway for green ammonia, green methanol, steel decarbonization (DRI), heavy mobility refueling stations, and power-to-gas energy storage projects worldwide.
System Parameters & Product Packages
Explore complete technical parameters, performance ratings, and the four specialized Alkaline Hydrogen Generation architectures engineered by PERIC.
Product Parameters
PERIC StandardsHydrogen Gas Purity
≥ 99.999% (5.0 Grade)
Deoxo catalytic purification and twin-tower molecular sieve dryer guarantee ultra-high purity for fuel cells and electronics.
Moisture Dew Point
Better than -70°C
Deep moisture adsorption ensures ultra-dry gas output compliant with ISO 14687 and SAE J2719 hydrogen fuel quality standards.
Gas Output Pressure
1.6 MPa to 3.2 MPa (Direct)
Direct pressurized delivery reduces or completely eliminates the need for first-stage mechanical compressor systems.
DC Power Consumption
≤ 4.2 - 4.4 kWh / Nm³ H₂
Industry-leading cell efficiency with advanced catalytic active coatings and high-efficiency zero-gap bipolar cell construction.
Production Capacity
5 Nm³/h to 2,000+ Nm³/h
Single stack capacities from 5 Nm³/h to 2,000 Nm³/h, seamlessly clustered into multi-megawatt and gigawatt green hydrogen arrays.
Automation & Control
Fully Automated PLC / DCS
Unattended one-touch start/stop, automated gas-lye balancing, remote SCADA monitoring, and SIL-rated safety interlocks.
Key Engineering Advantages & Deliverables
Complete Turnkey System Architecture
Fully integrated electrolyzer, gas-lye treater, hydrogen purification, water tank, power rectifier, PLC controls, and PDB/MCC.
Plug-and-Play Containerized Deployment
KCDQ containerized units are fully pre-interconnected before shipment—simply plug in plant utilities and initiate hydrogen generation.
High Dynamic Response for Renewables
20% to 110% wide dynamic operating load range engineered specifically for direct pairing with solar PV and wind power variations.
Long Service Life & Proven Stack Reliability
Bipolar zero-gap structure with high-durability membranes and corrosion-resistant nickel mesh electrodes exceeding 100,000 operating hours.
Stringent Safety Interlocks & Gas Balancing
Automatic oxygen/hydrogen differential pressure balancing, optical H2/O2 cross-leak sensors, and explosion-proof Ex d/ia design.
Minimized Capital & Operating Expenditure
Standardized modular manufacturing delivers class-leading CAPEX and low electricity consumption for optimized LCOH.
Alkaline Hydrogen Systems Portfolio
Select an engineered system architecture based on your site footprint, capacity requirements, and plant integration mode.
Turnkey Plug-and-Play 20ft/40ft Containerized System
Completely developed and designed by PERIC as the KCDQ model series. All primary balance-of-plant elements are integrated within a 20ft or 40ft weather-proof shipping container, including the pressurized alkaline electrolyzer, gas-lye treater, hydrogen deoxo-purification unit, demineralized water tank, thyristor power rectification unit, PLC automated control system, and PDB/MCC.
Custom turnkey EPC packages available
| Product / System | Capacity Range | System Architecture & Key Features | Action |
|---|---|---|---|
Containerized-type H2 Generator KCDQ Series | 5 Nm³/h to 100 Nm³/h | Turnkey Plug-and-Play 20ft/40ft Containerized System Completely developed and designed by PERIC as the KCDQ model series. All primary balance-of-plant elements are integrated within a 20ft or 40ft weather-proof shipping container, including the pressurized alkaline electrolyzer, gas-lye treater, hydrogen deoxo-purification unit, demineralized water tank, thyristor power rectification unit, PLC automated control system, and PDB/MCC. Best for: Hydrogen refueling stations, remote industrial sites, pilot green hydrogen projects, and decentralized distributed energy facilities. | |
Skid-mounted H2 Generator Modular Skids | 50 Nm³/h to 500 Nm³/h | Modular Multi-Skid Industrial Electrolysis Package Modular industrial architecture separating the system into structured, transportable skids: Electrolyzer Stack Skid, Gas-Lye Separation & Cooling Skid, and High-Purity Palladium/Molecular Sieve Gas Purification Skid. Connects to external power transformer/rectifiers and central water treatment. Best for: Chemical manufacturing, glass and metallurgy plants, power generation turbine generator cooling, and electronics manufacturing. | |
Integrated-type H2 Generator Compact Unified | 10 Nm³/h to 100 Nm³/h | Ultra-Compact Single-Frame Unified Electrolyzer Ultra-compact footprint system mounting the bipolar electrolyzer stack, lye circulation pump, phase separators, and temperature conditioning onto a single high-rigidity structural base frame with integrated front-access operator interface. Best for: Laboratories, research institutes, semiconductor fabs, specialized metallurgical sintering, and localized hydrogen backup. | |
GW Hydrogen Generation Plant Utility Scale | 1,000 Nm³/h to 2,000+ Nm³/h per stack (Scalable to Multi-GW) | Utility-Scale Multi-Megawatt & Gigawatt Electrolysis Clusters Large-scale green hydrogen production clusters combining multiple 1000 Nm³/h to 2000 Nm³/h high-current-density pressurized alkaline electrolyzer stacks with centralized multi-megawatt power distribution, shared lye treatment trains, and automated gas purification manifolds. Best for: Green ammonia and green methanol production, direct reduced iron (DRI) steelmaking, synthetic aviation fuels (SAF), and international hydrogen energy export hubs. |
PROCESS APPLICATION CONFIGURATOR
Select your desired application to configure the ideal engineering pathway and receive a tailored quotation.
Hydrogen Configurator Coming Soon
We are currently developing the advanced configuration tools for our Green Hydrogen systems. Please check back later or contact our engineering team directly for inquiries.