Pressure Vessel

Tinita Engineering is a pressure vessel manufacturer providing customized pressure vessels for demanding process and industrial applications. We manufacture pressure vessels using titanium, tantalum, zirconium, Hastelloy, duplex stainless steel and other special alloys, based on process requirements and project specifications.

Our pressure vessel manufacturing capabilities support EPC contractors, process industries, engineering consultants and end users with equipment designed and manufactured according to applicable codes, standards and inspection requirements.

Pressure Vessel Manufacturer

As a pressure vessel manufacturer, Tinita Engineering manufactures customized equipment based on operating pressure, temperature, process media, material requirements, vessel configuration and applicable project standards.

Our manufacturing capabilities include large and heavy pressure vessels with:

Diameter up to 5,200 mm
Length up to 40 m
Weight up to 89 tons

The actual manufacturing scope is determined according to vessel design, material, fabrication requirements, transportation and project-specific conditions.

Types of Pressure Vessels

The pressure vessel configuration and material are selected according to the process, operating conditions and project specifications.

Titanium Pressure Vessels

Titanium pressure vessels are used where high corrosion resistance and material compatibility are required for demanding chemical and process applications.

Tantalum Pressure Vessels

Tantalum pressure vessels are suitable for highly corrosive process applications where exceptional corrosion resistance is required.

Hastelloy Pressure Vessels

Hastelloy pressure vessels are used for demanding corrosive services where resistance to aggressive process media is important.

Zirconium Pressure Vessels

Zirconium pressure vessels are manufactured for highly corrosive applications where material compatibility and corrosion resistance are critical.

Duplex and Super Duplex Pressure Vessels

Duplex and super duplex stainless steel pressure vessels provide a combination of mechanical strength and corrosion resistance for demanding process environments.

Other Special Materials

Depending on the application, pressure vessels can also be manufactured using nickel alloys, Monel, Inconel, 904L, Alloy 20, niobium and other applicable special alloys.

Pressure Vessel Applications

Pressure vessels are used across a wide range of process industries and applications, including:

Chemical processing
Petrochemical and oil & gas
Fertilizer and chemical plants
Pharmaceutical and specialty chemicals
Chlor-alkali and corrosive chemical services
Water and wastewater treatment
Reaction and process systems
Separation and containment applications
Customized industrial process services

Material selection and vessel construction depend on the process fluid, operating conditions, corrosion environment and project requirements.

Design & Manufacturing Considerations

Pressure vessel design and manufacturing require careful consideration of the service conditions and equipment requirements.

Key factors may include:

Design and operating pressure
Design and operating temperature
Process fluid and chemical composition
Corrosion and material compatibility
Material grade and thickness
Vessel dimensions and configuration
Nozzle arrangement and connections
Welding and fabrication requirements
Inspection and testing requirements
Applicable codes and client specifications

The manufacturing approach is established according to the approved design, applicable standards and project requirements.

Codes, Standards & Certifications

Pressure vessels are manufactured according to the applicable codes, standards and project specifications.

Depending on the equipment and project requirements, applicable standards may include ASME Section VIII, PED, IBR, TEMA, ASTM, EN and other relevant standards.

Tinita Engineering holds ASME U, U2 and R Stamp authorizations and supports applicable pressure vessel manufacturing, repair and alteration requirements.

The applicable code, certification and inspection requirements are determined according to the equipment specification, service conditions, destination and client or EPC requirements.

Inspection & Testing

Quality control and inspection are carried out according to applicable codes, approved specifications and project requirements.

Depending on the equipment, inspection and testing may include:

Material identification and traceability
Material Test Certificate review
Dimensional inspection
Welding inspection
Non-destructive examination (NDE/NDT)
Hydrostatic or applicable pressure testing
Visual inspection
Final dimensional inspection
Quality documentation

Pressure Vessel Materials

As an experienced pressure vessel manufacturer, Tinita works with a range of conventional and special materials selected according to process conditions and corrosion requirements.

Materials may include:

Titanium
Tantalum
Zirconium
Niobium
Hastelloy
Nickel alloys
Monel
Inconel
904L
Alloy 20
Duplex stainless steel
Super duplex stainless steel
Other special alloys

For material-specific pressure vessel requirements, refer to the relevant dedicated pages.`

Manufacturing Facilities

Tinita Engineering’s manufacturing infrastructure supports the fabrication of customized static process equipment and large pressure vessels.

Our capabilities include handling large and heavy equipment up to 5,200 mm diameter, 40 m length and 89 tons, subject to project-specific manufacturing and transportation requirements.

The manufacturing process is supported by welding, quality control, inspection, material traceability and project documentation.

Why Consider Tinita Engineering for Pressure Vessel Manufacturing?

Pressure vessel projects can involve demanding material, fabrication and inspection requirements. Tinita Engineering combines experience in static process equipment with capabilities in special and corrosion-resistant materials.

Our approach focuses on:

Project-specific manufacturing
Special and exotic metal expertise
Material traceability
Quality and inspection requirements
Applicable code compliance
Engineering and fabrication coordination
Documentation requirements
Customized process equipment solutions

For a pressure vessel requirement, the appropriate configuration, material and manufacturing approach depend on the actual process conditions and project specification.

Contact Us

For pressure vessel requirements, Tinita Engineering can support projects involving special materials, demanding process conditions and customized equipment requirements.

Share your equipment specifications, material requirements, operating conditions, applicable codes and project requirements with our team for further discussion.

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