loading
Hydrogen Valves
Carbon Capture Transportation and Storage Valves
10,000 psi
1'' - 20''
//
Technical Specifications
Needle type valve and multi-valve set
Type: Needle type valve, two valve/three valve/five valve group
· Caliber: ½'~1' (NPT/BSPP/BSPT)
Pressure level: 6,000 PSI / 10,000 PSI (414 bar / 690 bar)
Material: 316 stainless steel
· Temperature range: -100℃ ~ +540℃
Ball valve series
Type: Full diameter/reduced diameter floating ball valve
Pressure level: 6,000 PSI / 10,000 PSI
· Caliber: ½'~1' (NPT/BSPP/BSPT)
Material: 316 stainless steel
· Temperature range: -100℃ ~ +350℃
Single Isolation Valve & Double Cutoff Discharge (DBB) Valve
· Structure: Full diameter/shrink diameter floating type and trunnion type
· Caliber: 1'~20'
· Connection method: flange connection (150lb~2500lb; API 5/10K)
· Temperature range: -200℃ ~ +350℃
Material: 316 stainless steel
· Valve seat: Metal hard seal/soft seal
· Certification standards:
ASME B16.5 · ANSI B16.34 · API 6D · API 598
BS 6755 PT2 · API 6A · API 607
ISO 15848-1&2 · ATEX
Core advantages of the product
Optimal design of hydrogen energy system
Needle type valves, valve sets, ball valves and double-cut discharge valves that have passed ISO 15848-1 low leakage certification are manufactured with special materials to ensure the safety of low carbon hydropower production.
Full pressure coverage solution
· Provides 10/14/20mm diameter ball valve, up to 10,000 PSI (690 bar)
· Needle type valve and valve group support PN6 to ANSI 2500 full pressure grade
Industry leadership
Oliver Hydcovalves has accumulated forty years of technical accumulation and focuses on the design and manufacturing of precision valves in the fields of hydrogen energy and carbon capture.
Please contact the Oliver Hydcovalves technical team
for customization Hydrogen Valves solutions
Three pillars of sustainable energy
Technical direction | Core Value |
Hydrogen energy system optimization | Designed specifically for hydrogen energy scenarios to ensure safe and efficient decarbonization process |
Carbon capture support | Reliable isolation and stable performance under high-voltage conditions |
Forward vision | Drive design with decarbonization goals to help transform clean energy |
content is empty!