Supply and Installation of a PEM Electrolyser Test System

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        "description": "The University of Birmingham invites tenders for supply of a PEM electrolyser test system.\nThe system will be used to test membrane electrode assemblies to optimise their fabrication process based on a granted project. The specification requirements are as below\nSpecification\ni. PEM test station including\nElectronic power supply for the electrolyser with a voltage range of 5 V or higher, and current of 125 A or higher.\nAutomatic back pressure control module, up to 35 bar or higher.\nFully automated and unattended operation.\n2 separate electrolyte loops with circulation pumps for the anode and cathode\nwith a temperature range up to 80o C or higher. \nGas/liquid separation.\nReal PLC for safe test stand operation.\nContinuous data acquisition (flight recorder).\nControl PC with the operating software.\nPID loops for cell end plate heaters with temperature sensor.\nH2 concentration sensor at the air side with a measurement range of 0 - 5 Vol% \nH2 in O2.\niii. Integrated DI-water supply system from storage tank.\niv. Impedance analyzer with a frequency range of 1 mHz to 15 kHz or larger, an excitation current of ±10-30A or higher, and DC Voltage input of 10-20 V or higher.\nv. Cyclic voltammetry add-on with additional H2 input line with MFC on cathode side.\nvi. Electrolyser Cell Hardware of 25 or 50 cm2\nfor operating pressure up to 35 bar \nor higher.\nvii. Optional component technologies\n1 External DI-water supply system.\n2 Flow meter for anode or cathode electrolyte recirculation circuit.\n3 Hydrogen and oxygen flow measurement.\n4 O2 concentration sensor in hydrogen side.",
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    "title": "Supply and Installation of a PEM Electrolyser Test System",
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    "description": "The University of Birmingham invites tenders for supply of a PEM electrolyser test system. The system will be used to test membrane electrode assemblies with an active area up to 50 cm2 to optimise their fabrication process based on a granted project. A \ncathode operating pressure of 3.5 MPa or higher is required with the maximum current no less than 125 A. \nThe test system also needs to be able to conduct both \nelectrochemical impedance spectroscopy and cyclic voltammetry analysis, as well as including a H2 concentration \nsensor at the air side to monitor the hydrogen penetration rate and safety. Also, this system should incorporate a water supply system, and the PC with the control software for conducting the required operation. \nThis project may be funded by the European Regional Development Fund (ERDF) or\nEuropean Structural and Investment Fund (ESIF) or\nResearch Councils UK (RCUK), the strategic partnership of the UK's seven Research Councils.",
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