Reaction Pressure Vessel - Safe and Compliant Storage Solutions for Pressurized Industrial Media
Designed for the safe storage of gases and liquids under pressure, these vessels provide reliable containment in demanding industrial environments. Widely used in chemical processing, oil & gas, energy, and manufacturing applications where safety, compliance, and long-term durability are critical.
Stainless Steel Chemical Reactor is a pressure vessel designed for chemical reaction, mixing, heating, cooling, dissolution, and synthesis processes.
The Jacketed Chemical Reactor is a process vessel equipped with an external heating or cooling jacket for precise temperature control during chemical reactions. It is widely used for mixing, synthesis, dissolution, polymerization, and other temperature-sensitive processes in...
Heating Chemical Reactor is a thermally controlled reaction vessel designed for chemical synthesis, mixing, dissolution, polymerization, and heat-transfer processes.
Heating Chemical Reactor is a thermally controlled reaction vessel designed for chemical synthesis, mixing, dissolution, polymerization, and heat-transfer processes.
Glass Lined Chemical Reactor is a corrosion-resistant process vessel designed for mixing, reaction, heating, cooling, and crystallization of aggressive chemical media.
Cooling Chemical Reactor is a temperature-controlled reaction vessel designed to remove process heat during exothermic chemical reactions.
|
Parameter |
Standard Range |
|
Vessel Volume |
0.5 – 500 m³ |
|
Design Pressure |
Up to 100 bar |
|
Design Temperature |
-40°C to 400°C |
|
Vessel Type |
Vertical / Horizontal |
|
Material |
Carbon Steel / Stainless Steel / Alloy Steel |
|
Wall Thickness |
6 – 80 mm |
|
Head Type |
Elliptical / Hemispherical / Torispherical |
|
Corrosion Allowance |
1 – 6 mm |
|
Surface Treatment |
Painting / Sandblasting / Coating |
|
Stored Media |
Gas, steam, oil, chemicals |
Design Code & Certification:ASME, PED, or project-specific compliance requirements
Material Selection:Special alloys or cladding for corrosive or high-pressure media
Pressure & Temperature Rating:Reinforced design for extreme operating conditions
Internal Configuration:Baffles, linings, or special internal structures if required
Nozzle & Layout Design:Customized nozzle size, quantity, and orientation
Surface Protection Solutions:Anti-corrosion coatings, internal linings, or galvanization
High Pressure Resistance
Designed for safe containment under demanding pressure conditions
Corrosion Resistance Options
Material and coating solutions for extended service life

Structural Integrity
Robust construction ensures long-term operational safety
Compliance-Oriented Design
Engineered to meet international pressure vessel standards
|
Type |
Key Characteristics |
Typical Applications |
|
Horizontal LPG Storage Tank |
Designed for liquefied petroleum gas, high pressure resistance |
LPG storage, gas distribution stations |
|
Horizontal LNG Storage Tank |
Suitable for cryogenic liquefied natural gas storage |
LNG storage terminals, energy plants |
|
Horizontal Water Storage Pressure Tank |
Corrosion-resistant, stable pressure control |
Water supply systems, industrial utilities |
|
Horizontal Chemical Storage Tank |
Material options for corrosive media |
Chemical processing, industrial plants |
|
Horizontal Oil Storage Tank |
Designed for petroleum and oil-based media |
Oil storage, refinery systems |
|
Horizontal Cryogenic Storage Tank |
Engineered for ultra-low temperature conditions |
Industrial gases, cryogenic applications |
ASME Section VIII Div.1 Compliance
1
>>
PED (2014/68/EU) Compliance
2
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ISO 9001 Certified Manufacturing
3
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EN 10204 3.1 Material Certification
4
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Hydrostatic & NDT Testing
5
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ASME IX / EN ISO Welding Standards
6
Packaging Method:
Steel frame or bulk packing for oversized cargo
Typical Delivery Time:
30–60 working days depending on size and design
Shipping Options:
Sea freight (Break Bulk / Flat Rack / FCL)
Single Unit Weight:
Approx. 1,000 kg – 50,000+ kg depending on size (1 unit )