Complete Hydrogen Solution
- Electrolyzer
- Stacks
- BOP
- Membranes
- Consumables
AEM Electrolyzer
An AEM (anion exchange membrane) electrolyzer is a type of device that makes use of anion exchange membrane to facilitate the production of hydrogen from water. They can achieve higher efficiencies compared to conventional methods. Some noticeable features of our AEM electrolyzer includes following:
Alkaline solution: The electrolyte used in it is potassium hydroxide (KOH) or sodium hydroxide (NaOH).
Hydrogen production: AEM produces hydrogen by the electrolysis of water.
State of the art technology: Well known for its highly efficient functioning along with durability and reliability.
Cost-Effective: At lower current densities and temperatures, it operates as a low cost solution for large scale hydrogen production.
Industrial Applications: Long lifespan, proven performance thus widely used in industrial applications.
Accessibility: Easy to manufacture and to maintain.
PEM Electrolyzer
A PEM (proton exchange membrane) electrolyzer is a device that employs electrochemical process to split water into hydrogen and oxygen. Following are its key features:
Proton Exchange Membrane: It acts as a solid polymer electrolyte, to conduct protons from anode to the cathode during electrolysis.
Hydrogen Generation: It breaks water molecules to produce hydrogen.
High Purity Hydrogen: Well known for its production of high purity hydrogen.
Fast Response Time: They are capable of rapid startup and shutdown.
Renewable Energy Integration: Good for use with renewable energy sources such as wind and solar power.
Efficiency: It maintains high efficiency at various power loads.
Compact Design: Provides a space efficient solution.
Solid Oxide Electrolyzer
A solid oxide electrolyzer (SOE) is a device that uses solid oxide ceramic material as the electrolyte to facilitate the electrolysis of water or carbon dioxide into hydrogen and oxygen. It encompasses following qualities:
High-Temperature: It operates at temperature of 700°C – 1,000°C.
Solid Ceramic Electrolyte: Water electrolysis has an electrolyte using a solid ceramic material.
Greater Energy Efficiency: Increased energy efficiency is obtained at high operation temperatures.
Industrial-Scale Suitability: In hydrogen production process, is highly efficient and especially suitable for large-scale production of hydrogen.
Utilizes Waste Heat: Further enhanced by the ability to use waste heat from industrial processes.
Integrated Production Systems: Attractive for large scale, integrated hydrogen production systems
Balance of Plant (BoP)
Balance of plant (BOP) refers to all the supporting components and systems in a power generating facility. It is used in power plants, hydrogen production facility and various other industrial applications. It includes:
Pumps and Compressors: To ensure gas and liquid flow properly in the system.
Heat Exchangers: Control temperature for the long life and high efficiency of the electrolyzer.
Power Supplies: The electrolyzer and other components of the power cycling technology must be run by stable and efficient energy; integrate renewable energy sources to operate in a sustainable manner.
Water Purification Systems: The electrolysis process must be carried out with high purity water to avoid contamination and enhance the quality of produced hydrogen.
Control Systems: Driving the operation of the electrolyzer and BoP components into automation and monitoring ensuring optimal performance with quick reaction in the event of any operational anomalies.
Safety Equipment: It includes sensors, alarms and protective devices that are designed to detect risks to safe operation – such as gas leaks or over pressurization – and mitigate them where possible.
