Supporting the Transition to Clean, Efficient, and Renewable Power
The shift to sustainable energy demands valves that can operate in advanced, often extreme conditions—such as ultra-pure systems, high temperatures, and renewable storage cycles. From hydrogen to solar thermal to grid-scale battery systems, precision and durability are essential.
Controlling Thermal & Flow Dynamics in Battery and Hydrogen Storage
Applications include flow batteries, liquid cooling for lithium-ion systems, and hydrogen storage/distribution
Requires tight shut-off, corrosion resistance, and fire-safe design
Ideal Valve Types:
Ball Valves, Diaphragm Valves, Hydrogen-Compatible Globe Valves, Solenoid Valves
Precision Handling of a Volatile, Light Gas
Valves operate in electrolysis units, compressors, pipelines, and storage tanks
Key requirements: hydrogen compatibility (H₂ embrittlement resistance), tight shutoff, and leak prevention
Ideal Valve Types:
High-Pressure Ball Valves, Bellows-Sealed Globe Valves, Safety Relief Valves
Managing High-Temperature Heat Transfer Fluids
Used in molten salt loops and thermal oil systems
Must resist scaling, thermal expansion, and offer precise throttling
Ideal Valve Types:
High-Temperature Globe Valves, Plug Valves, Control Valves
Managing High-Temperature Heat Transfer Fluids
Used in molten salt loops and thermal oil systems
Must resist scaling, thermal expansion, and offer precise throttling
Ideal Valve Types:
High-Temperature Globe Valves, Plug Valves, Control Valves
Ultra-Pure Flow in Solar Cell Production
Involves chemical etching, rinsing, and doping processes
Requires high-purity, leak-proof, and corrosion-resistant valves
Ideal Valve Types:
Diaphragm Valves, PTFE-Lined Ball Valves, Sanitary Valves
Flow & Pressure Control for Cooling and Lubrication Systems
Valves used in gear oil lines, hydraulic pitch systems, and generator cooling
Must withstand vibration, weather exposure, and remote actuation
Ideal Valve Types:
Check Valves, Solenoid Valves, Compact Ball Valves
High-Integrity Valves for Critical Safety Systems
Used in reactor coolant loops, containment isolation, emergency systems
Demands radiation resistance, safety-class certifications, and zero leakage
Ideal Valve Types:
Nuclear-Grade Globe Valves, Pressure-Seal Gate Valves, Bellows-Sealed Valves
Corrosion-Resistant Valves for High-Salinity Steam
Applied in steam separators, injection wells, and brine handling
Requires high-pressure tolerance and resistance to mineral scaling
Ideal Valve Types:
Stainless Steel Gate Valves, Slurry-Resistant Ball Valves, Globe Valves
Reliable Operation in Gritty, Moist Environments
Controls anaerobic digestion gases and sludge
Valves must prevent fouling, resist gas corrosion, and offer easy maintenance
Ideal Valve Types:
Knife Gate Valves, Plug Valves, Rubber-Seated Butterfly Valves
New Energy Sector | Key Requirements | Recommended Valve Types |
Energy Storage (ESS) |
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Hydrogen Systems |
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Solar Thermal (CSP) |
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PV Manufacturing |
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Wind Turbines |
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Nuclear Power |
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Geothermal Plants |
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Biogas / Biomass Plants |
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