What Is Power Plant Equipment?

Power plant equipment refers to the engineered machinery, pressure equipment, thermal equipment, piping systems, tanks, utility equipment and fabricated assemblies used to support electricity generation and associated plant operations.

The equipment required depends on the type of power plant, process configuration, fuel, steam or utility system, operating conditions, plant layout and project specifications.

From pressure-containing vessels and heat-transfer equipment to condensers, air receivers, storage tanks and process piping, every component has a defined role within the overall plant system.

For this reason, power plant equipment is normally selected and manufactured according to engineering drawings, datasheets, process requirements, applicable design codes, material specifications and inspection requirements.

What Equipment Is Used in Power Plants?

The equipment list varies from one power-generation project to another. However, fabricated industrial equipment commonly associated with power plants and supporting utilities can include:

• Pressure vessels
• Process vessels
• Shell and tube heat exchangers
• Condensers
• Evaporators
• Air receiver tanks
• Storage tanks
• Process piping
• Utility piping
• Piping spools
• Prefabricated piping assemblies
• Skid-mounted systems
• Equipment baseframes
• Custom fabricated assemblies

Fabri-Tek Engineers' current power-generation portfolio specifically identifies vessels, heat exchangers, condensers, evaporators, air receivers, piping, tanks and skid packages as part of its power plant fabrication scope.

What Is Power Plant Equipment Fabrication?

Power plant equipment fabrication is the controlled manufacturing and assembly of industrial equipment used in power-generation facilities, boiler auxiliaries, plant utilities and related systems.

Fabrication can involve plate cutting, forming, rolling, machining, welding, nozzle installation, fit-up, piping assembly, surface preparation, inspection and pressure or leak testing.

The exact manufacturing process depends on the equipment type, material, dimensions, operating conditions, design requirements, applicable codes and inspection plan.

A typical project begins with technical requirement review and continues through engineering coordination, material planning, fabrication, inspection, testing, documentation and dispatch.

Why Is Power Plant Equipment Fabrication Important?

Power plants contain interconnected systems where pressure, temperature, fluid flow, heat transfer and utility services must operate together. Fabricated equipment therefore needs to match the project design and installation requirements.

Proper fabrication can support:

• Dimensional accuracy
• Correct equipment fit-up
• Weld quality
• Material traceability
• Pressure integrity
• Inspection traceability
• Reliable site installation
• Project documentation
• Long-term serviceability

For power-generation projects, the fabrication process should be controlled against approved drawings, technical specifications, inspection requirements and applicable project standards.

Types of Power Plant Equipment Manufactured and Fabricated

1. Pressure Vessels for Power Plants

Pressure vessels are pressure-containing equipment designed for specific process, steam, air or utility applications.

Depending on the project, pressure vessels may support utility systems, compressed-air systems, process services or other plant requirements.

Important design and fabrication considerations can include:

• Design pressure
• Design temperature
• Operating conditions
• Material of construction
• Corrosion allowance
• Nozzle configuration
• Support arrangement
• Welding requirements
• NDT requirements
• Pressure testing
• Project-specific certification

Fabri-Tek Engineers manufactures custom pressure vessels according to customer drawings, material specifications, pressure conditions and application requirements.

Learn more about pressure vessel manufacturing .

2. Shell and Tube Heat Exchangers

Heat exchangers transfer thermal energy between process or utility streams. In power generation and industrial utility systems, heat-transfer equipment can be required for heating, cooling or heat recovery duties.

Shell and tube heat exchangers are widely used industrial configurations because they can be engineered for different process duties, fluids, materials and operating conditions.

Important considerations include:

• Heat-transfer duty
• Process fluids
• Operating and design temperatures
• Operating and design pressures
• Tube material
• Shell material
• Tube-sheet configuration
• Fouling considerations
• Inspection and testing

Explore Fabri-Tek Engineers' shell and tube heat exchanger capabilities.

3. Condensers

Condensers are heat-transfer equipment designed to convert vapour into liquid by removing heat. In thermal and industrial utility systems, condenser equipment can form an important part of heat-transfer and condensate-related processes.

Condenser design depends on the vapour service, cooling medium, thermal duty, pressure, temperature, materials and project requirements.

Fabri-Tek Engineers provides custom condenser heat exchanger fabrication for industrial applications.

4. Evaporator Heat Exchangers

Evaporators use heat transfer to remove solvent or water from a process stream and concentrate the remaining solution.

Depending on the application, evaporator equipment can be used in industrial processing and utility systems where controlled evaporation is required.

Equipment selection should consider the process fluid, thermal duty, operating pressure, temperature, materials and fouling characteristics.

Learn more about evaporator heat exchanger fabrication .

5. Air Receiver Tanks

Air receivers are pressure vessels used for compressed-air storage and system stabilization. They can form part of plant utility systems where compressed air is required for pneumatic equipment, instrumentation or other industrial operations.

Air receiver design should consider compressor flow, system pressure, air demand, pressure fluctuations, material, corrosion conditions and applicable design requirements.

Fabri-Tek Engineers manufactures air receiver tanks for industrial utility applications.

6. Storage Tanks

Storage tanks can support water, process liquids, utility fluids and other compatible materials used within power generation and industrial plants.

Tank design depends on stored media, capacity, orientation, installation conditions, material of construction, temperature, pressure and project specifications.

Common considerations include:

• Vertical or horizontal configuration
• Material selection
• Nozzle arrangement
• Manways and access
• Supports
• Internal components
• Coating or surface treatment
• Inspection and testing

Explore storage tanks fabrication .

7. Process and Utility Piping

Piping networks connect equipment and transport fluids, gases, steam, condensate, cooling media, compressed air and other utility or process streams throughout a power plant.

Piping fabrication can include cutting, beveling, fit-up, welding, flange alignment, branch connections, pipe spool assembly, inspection and testing.

Fabri-Tek Engineers supports custom process piping fabrication for power generation and industrial applications.

8. Piping Spools

Piping spools are prefabricated pipe assemblies manufactured in a workshop before delivery to the project site.

A spool can include pipe, elbows, tees, reducers, flanges, branches and other specified components.

Workshop spool fabrication can provide better access for fit-up, welding and dimensional inspection and can reduce some site fabrication activities.

Explore piping spool fabrication for industrial and power plant applications.

9. Prefabricated Piping

Prefabricated piping systems are manufactured in controlled workshop conditions and supplied as prepared sections or assemblies for site installation.

These systems can include process piping, utility piping, skid piping and custom pipe assemblies.

Fabri-Tek Engineers supports prefabricated piping for process plants, utilities, power generation, water treatment and other industrial applications.

Learn more about prefabricated piping manufacturing .

10. Skid Packages

Skid packages integrate equipment, piping, valves, supports and structural frames into modular assemblies.

For power plant and utility applications, skid-mounted systems can support compact installation and modular project execution.

Depending on the project, a skid package can integrate vessels, heat exchangers, piping, valves, pumps, instruments and structural baseframes.

Fabri-Tek Engineers manufactures custom industrial skid packages according to drawings, P&IDs, layouts and customer specifications.

Power Plant Equipment for Thermal Power Plants

Thermal power plants require equipment capable of supporting high-temperature, pressure, steam, cooling and utility services. Fabricated equipment can form part of supporting systems around the primary generation process.

Depending on the plant configuration, fabricated equipment can include pressure vessels, heat exchangers, condensers, tanks, piping, air receivers and skid-mounted utility systems.

The final equipment specification should always be based on the actual process duty, design conditions and project engineering documents.

Power Plant Equipment for Captive Power Plants

Captive power plants generate electricity primarily to support an industrial facility's own energy requirements.

Such facilities can require fabricated equipment for steam, utility, cooling, compressed-air, process and auxiliary systems.

Custom equipment is particularly relevant where the captive plant must integrate with an existing manufacturing facility, utility network or process plant.

Power Plant Equipment for Boiler Auxiliaries

Boiler auxiliary systems include equipment and services that support boiler operation, steam generation and associated plant utilities.

Depending on the plant design, fabricated equipment may include vessels, tanks, piping, heat-transfer equipment, air receivers and skid assemblies.

Equipment selection should consider steam or utility service, pressure, temperature, material compatibility, inspection requirements and applicable project standards.

What Materials Are Used for Power Plant Equipment?

Material selection for power plant equipment depends on pressure, temperature, process media, corrosion conditions, mechanical requirements, thermal duty and project standards.

Depending on the equipment and service, materials can include:

• Carbon steel
• Stainless steel
• Alloy steel
• Duplex steel
• Super duplex steel
• Heat-resistant alloys
• Inconel and other nickel-based alloys
• Hastelloy and other corrosion-resistant alloys
• Other project-specific materials

Fabri-Tek Engineers identifies stainless steel, carbon steel, alloy steel, duplex, super duplex, Hastelloy, Inconel, titanium and non-ferrous materials within its broader manufacturing capability.

Relevant fabrication capabilities include carbon steel fabrication , alloy steel fabrication and stainless steel fabrication .

How Do You Select Materials for Power Plant Equipment?

Material selection should be based on engineering conditions rather than equipment name alone.

Important factors include:

• Design pressure
• Operating pressure
• Design temperature
• Operating temperature
• Steam or process media
• Water chemistry
• Corrosion risk
• Thermal cycling
• Mechanical loads
• Welding requirements
• Inspection requirements
• Applicable codes and standards

A manufacturer should review the equipment datasheet, drawings and project specifications before confirming the final material of construction.

How Is Power Plant Equipment Manufactured?

Power plant equipment fabrication generally follows a controlled manufacturing workflow. The exact sequence depends on the equipment type and project requirements.

Step 1: Technical Requirement Review

The manufacturer reviews drawings, datasheets, material specifications, operating conditions, design conditions, inspection requirements and delivery requirements.

Step 2: Engineering and Production Planning

Manufacturing sequences, material requirements, welding activities, inspection stages, testing and documentation are planned before fabrication.

Step 3: Material Procurement and Verification

Materials are selected and procured according to approved specifications. Material identification and traceability are maintained according to the project requirements.

Step 4: Cutting and Preparation

Plates, pipes and components are cut and prepared according to fabrication drawings.

Step 5: Forming and Rolling

Where required, plates are rolled or formed to produce cylindrical shells, heads and other fabricated geometries.

Step 6: Fit-Up

Components are aligned and fitted before welding. Nozzles, flanges, supports and other attachments are positioned according to approved drawings.

Step 7: Welding

Welding is performed according to applicable welding procedures and project requirements. Welding control is particularly important for pressure equipment and critical piping.

Step 8: Machining and Assembly

Machining, drilling, flange preparation, assembly and other finishing activities are completed according to equipment requirements.

Step 9: Inspection and Testing

Equipment undergoes the inspection and testing defined by the project quality plan and purchase specifications.

Step 10: Documentation and Dispatch

Inspection records, material certificates, test reports and other required documents are compiled before final dispatch.

What Testing Is Performed on Power Plant Equipment?

Testing requirements depend on the equipment, material, pressure, service conditions, applicable standards and customer inspection plan.

Potential inspection and testing activities include:

• Visual inspection
• Dimensional inspection
• Material verification
• Liquid penetrant testing
• Radiographic testing
• Ultrasonic testing
• Magnetic particle testing
• Hydrostatic testing
• Leak testing
• Third-party inspection

Fabri-Tek Engineers' power-generation page identifies DPT, RT, UT, MPT, hydro testing, leak testing, material testing, dimensional inspection and third-party inspection support within its power equipment fabrication scope.

More information about the company's broader certification, inspection and testing capabilities is available on its certification page.

Why Are NDT and Inspection Important for Power Plant Equipment?

Non-destructive testing helps identify certain surface or internal discontinuities without destroying the fabricated component.

Depending on the weld and project specification, inspection can include DPT, RT, UT or MPT. The appropriate method should be selected according to the material, weld configuration, equipment type and applicable inspection requirements.

Dimensional inspection is also important because equipment and piping must connect correctly during site installation.

A documented inspection process supports traceability between fabrication activities, inspection results and project acceptance.

What Documentation Should a Power Plant Equipment Manufacturer Provide?

Industrial power-generation projects typically require documented evidence of materials, fabrication, inspection and testing.

Depending on the purchase order and inspection plan, documentation can include:

• Material Test Certificates (MTCs)
• Weld maps
• Welding documentation
• NDT reports
• Dimensional inspection reports
• Hydrostatic test reports
• Leak test reports
• Material testing records
• Third-party inspection reports
• Final inspection records
• Project-specific certificates

The exact documentation package should be defined during procurement and agreed upon between the manufacturer, EPC contractor, consultant and end user.

What Is the Role of Piping in a Power Plant?

Piping connects equipment and transports process and utility fluids throughout the plant. Depending on the plant configuration, piping can be required for steam, condensate, cooling water, compressed air, process fluids and other utilities.

Power plant piping can include straight pipe, elbows, tees, reducers, flanges, branches, valves, supports and prefabricated spool assemblies.

Fabrication accuracy is important because piping must interface correctly with vessels, heat exchangers, pumps, valves and other equipment.

Fabri-Tek Engineers supports power-generation piping as part of its broader process piping fabrication capability.

What Are the Benefits of Prefabricated Piping for Power Plants?

Prefabricated piping is manufactured in a workshop before being transported to the project site for installation.

Potential project benefits include:

• Controlled workshop fabrication
• Improved access for welding and inspection
• Dimensional verification before dispatch
• Reduced site welding activities
• Better spool identification
• Improved installation coordination
• Reduced site fabrication requirements

The actual benefits depend on project engineering maturity, site conditions, transportation constraints and installation planning.

Explore prefabricated piping solutions for power and industrial applications.

How Do Skid Packages Support Power Plant Projects?

Skid packages combine multiple components into a modular assembly that can be transported and installed as a coordinated unit.

Depending on the application, a power plant skid can include equipment, piping, valves, supports, instruments and a structural baseframe.

Skid fabrication can help move more fabrication and assembly activities from the project site into a controlled manufacturing environment.

Fabri-Tek Engineers manufactures process, equipment, piping, pump and custom modular skid packages according to project requirements.

Learn more about custom skid package manufacturing .

Power Plant Equipment Applications

Thermal Power Generation

Fabricated vessels, heat-transfer equipment, condensers, piping and utility systems can support thermal power generation facilities.

Captive Power Plants

Captive power systems can require custom equipment and utility fabrication integrated with manufacturing and process facilities.

Boiler Auxiliary Systems

Vessels, tanks, piping and skid systems can support boiler-related auxiliary and utility requirements.

Compressed Air Systems

Air receivers and associated piping can support compressed-air utility systems within industrial plants.

Cooling and Heat-Transfer Systems

Heat exchangers and condensers can support cooling, heating, condensation and other thermal duties depending on the process.

Industrial Utility Systems

Storage tanks, piping, pressure vessels, air receivers and skid packages can be integrated into industrial utility systems.

Which Industries Require Power Generation Equipment Fabrication?

Power-generation equipment fabrication can support conventional power plants as well as industrial facilities that operate captive or utility power systems.

Related industries can include:

• Power generation
• Thermal power
• Captive power
• Boiler and utility systems
• Chemical processing
• Oil and gas
• Petrochemical processing
• Pharmaceutical manufacturing
• Food and beverage processing
• Water treatment
• Heavy engineering
• General process industries

Fabri-Tek Engineers supports several related industrial sectors through its broader process equipment and fabrication portfolio.

Explore related capabilities for chemical industry equipment , oil and gas equipment fabrication , pharmaceutical process equipment and water treatment equipment fabrication .

How Do You Choose a Power Plant Equipment Manufacturer?

Choosing a power plant equipment manufacturer involves evaluating technical capability, fabrication infrastructure, material experience, quality systems, inspection capabilities, documentation and project coordination.

1. Review Equipment Manufacturing Capability

Check whether the manufacturer has experience with the specific equipment required, such as pressure vessels, heat exchangers, condensers, tanks, piping or skids.

2. Verify Material Capability

Confirm that the manufacturer can fabricate the specified carbon steel, stainless steel, alloy steel, duplex or other project-specific materials.

3. Review Welding and Fabrication Capability

Understand the manufacturer's welding, forming, machining, fit-up and assembly capabilities.

4. Review Inspection and Testing

Confirm the available NDT, hydro testing, leak testing, dimensional inspection and third-party inspection support.

5. Check Documentation Capability

Confirm that the manufacturer can provide MTCs, NDT reports, test reports, inspection records and other documentation specified in the project.

6. Evaluate Manufacturing Infrastructure

Factory space, material handling, welding equipment, cutting equipment, testing facilities and skilled manpower can all be relevant during vendor evaluation.

7. Review Quality Systems

Review the manufacturer's quality and manufacturing approach and certification and inspection information .

Why Consider Fabri-Tek Engineers for Power Plant Equipment?

Fabri-Tek Engineers is an India-based industrial equipment manufacturer and exporter established in 2010. The company manufactures pressure vessels, heat exchangers, reactors, tanks, piping systems, skids and other industrial fabrication solutions.

Its current power-generation equipment scope includes vessels, heat exchangers, condensers, evaporators, air receivers, piping and skid packages for thermal power, captive power, boiler auxiliaries and plant utilities.

Relevant capabilities include:

• Custom pressure vessel fabrication
• Process vessel fabrication
• Shell and tube heat exchanger fabrication
• Condenser fabrication
• Evaporator heat exchanger fabrication
• Air receiver manufacturing
• Industrial storage tank fabrication
• Power plant piping fabrication
• Piping spool manufacturing
• Prefabricated piping
• Custom skid package fabrication
• Stainless steel fabrication
• Carbon steel fabrication
• Alloy steel fabrication
• Inspection and NDT support
• Hydrostatic and leak testing support
• Third-party inspection support
• Project documentation

Fabri-Tek's manufacturing infrastructure includes two industrial manufacturing units, fabrication sheds, open fabrication areas, EOT crane support, welding equipment, cutting machinery, machining support and hydro-testing capability.

Visit Fabri-Tek Engineers' manufacturing facility for further infrastructure information.

What Information Should You Send for a Power Plant Equipment Quotation?

A complete technical enquiry allows the manufacturer to understand the equipment duty and prepare a more accurate commercial and technical response.

Ideally, provide:

• Equipment name
• Equipment quantity
• Process description
• Process media
• Capacity or required dimensions
• Operating pressure
• Design pressure where applicable
• Operating temperature
• Design temperature where applicable
• Heat-transfer duty where applicable
• Material of construction
• Corrosion allowance where applicable
• Equipment drawings
• Datasheets
• P&IDs
• Piping isometrics
• Nozzle schedule
• Applicable standards
• Inspection requirements
• NDT requirements
• Testing requirements
• Certification requirements
• Documentation requirements
• Delivery location

Fabri-Tek Engineers' enquiry process allows customers to provide technical requirements, drawings or datasheets and project specifications for industrial equipment fabrication.

Submit a power plant equipment enquiry to discuss your project requirements.

What Is the Difference Between Power Plant Equipment Manufacturing and Fabrication?

Equipment manufacturing generally covers the complete production of an engineered product, including engineering coordination, material procurement, fabrication, assembly, inspection, testing and documentation.

Fabrication refers more specifically to manufacturing activities such as cutting, forming, rolling, welding, machining, fit-up and assembly of equipment or components.

In industrial projects, the two terms are often closely connected because custom power plant equipment requires both fabrication processes and coordinated manufacturing controls.

Power Plant Equipment Manufacturer in India

India has an established industrial engineering and fabrication sector supporting power generation, process industries, EPC projects and industrial utilities.

Fabri-Tek Engineers operates from Maharashtra, India and serves domestic and international industrial markets. The company identifies itself as an ASME U Stamp certified manufacturer, exporter and supplier of industrial process equipment and specialized fabrication services.

Its broader product portfolio includes pressure vessels, heat exchangers, reactors, storage tanks, industrial piping, distillation columns, skid-mounted systems and other custom fabricated equipment.

For international projects, buyers should define applicable standards, inspection requirements, documentation, packaging, transportation responsibilities and delivery requirements during procurement.

Power Plant Equipment Exporter from India

Exporting fabricated power plant equipment requires coordination between engineering, manufacturing, quality inspection, documentation, packing and logistics.

Depending on the project, an export supply package may require:

• Approved drawings
• Equipment datasheets
• Material certificates
• Welding documentation
• NDT reports
• Hydro-test reports
• Dimensional inspection reports
• Third-party inspection records
• Equipment identification
• Surface protection records
• Packing documentation
• Shipping documentation

The exact export documentation should be agreed during the purchase-order and inspection planning stages.

Frequently Asked Questions About Power Plant Equipment

What is power plant equipment?

Power plant equipment includes pressure vessels, heat exchangers, condensers, evaporators, tanks, air receivers, piping systems, skid packages and other engineered equipment used in power generation and plant utility systems.

Which company manufactures power plant equipment in India?

Fabri-Tek Engineers manufactures and fabricates custom power generation equipment in India, including pressure vessels, heat exchangers, condensers, evaporators, air receivers, tanks, piping and skid packages.

What equipment is used in thermal power plants?

Depending on the plant configuration, thermal power facilities can use pressure equipment, heat exchangers, condensers, tanks, piping systems, compressed-air equipment and various auxiliary systems.

What equipment does a power plant equipment manufacturer fabricate?

A custom industrial fabricator can manufacture equipment such as pressure vessels, process vessels, heat exchangers, condensers, evaporators, air receivers, storage tanks, piping spools, process piping and skid-mounted assemblies according to project requirements.

Which materials are used for power plant equipment?

Depending on the service, materials can include carbon steel, stainless steel, alloy steel, duplex steel, heat-resistant alloys, Inconel, Hastelloy and other project-specific materials.

Is stainless steel used in power plant equipment?

Yes. Stainless steel can be selected for suitable power plant and utility applications where its corrosion resistance and material properties meet the process and project requirements.

What is a power plant pressure vessel?

A power plant pressure vessel is a pressure-containing vessel designed for a specified process, steam, air or utility service. Its design and fabrication depend on pressure, temperature, material, applicable code and project requirements.

What is the role of a heat exchanger in a power plant?

A heat exchanger transfers thermal energy between process or utility streams. Depending on the system, it may be used for heating, cooling or heat recovery.

What is a condenser used for in a power plant?

A condenser removes heat from a vapour stream so that the vapour can condense into liquid. The exact condenser configuration depends on the process, cooling medium, pressure, temperature and thermal duty.

What is an air receiver used for in a power plant?

An air receiver stores compressed air and can help support compressed-air utility systems, pneumatic equipment and plant instrumentation depending on the system design.

What testing is done on power plant equipment?

Depending on project requirements, testing can include visual inspection, dimensional inspection, material verification, DPT, RT, UT, MPT, hydrostatic testing, leak testing and third-party inspection.

What information is required for a power plant equipment quotation?

Important information includes equipment type, quantity, process media, capacity, material of construction, operating and design conditions, drawings, applicable standards, inspection scope, testing requirements, certification requirements and delivery location.

Can power plant equipment be custom fabricated?

Yes. Industrial power plant equipment can be custom fabricated according to approved drawings, datasheets, material requirements, pressure and temperature conditions, inspection plans and project specifications.

Can power plant equipment be exported from India?

Yes. Industrial equipment manufactured in India can be supplied to international buyers subject to the agreed technical, inspection, documentation, packaging and logistics requirements of the project.

Can Fabri-Tek manufacture power plant piping?

Yes. Fabri-Tek Engineers supports process, utility and power-generation piping fabrication, including piping spools and prefabricated piping assemblies.

Can power plant equipment be supplied as skid packages?

Yes. Depending on the application, equipment, piping, valves, supports and other specified components can be integrated into custom skid-mounted assemblies.

Power Plant Equipment Procurement Checklist

Before placing an order with a power plant equipment manufacturer, procurement and engineering teams can review the following checklist:

• Define the equipment duty.
• Provide process and utility data.
• Provide approved drawings or datasheets.
• Specify material of construction.
• Define operating conditions.
• Define design conditions where applicable.
• Confirm equipment dimensions and connections.
• Define applicable standards.
• Define welding requirements.
• Define NDT requirements.
• Confirm pressure and leak testing requirements.
• Define third-party inspection requirements.
• Confirm documentation requirements.
• Define surface treatment requirements.
• Confirm packing and transportation requirements.
• Provide the final delivery location.

Conclusion: Power Plant Equipment Manufacturer & Exporter

Power generation facilities require carefully engineered equipment and fabrication systems to support pressure, thermal, piping, utility and process requirements. The appropriate equipment depends on the plant type, process duty, pressure, temperature, material, installation conditions and project specifications.

Major fabricated equipment can include pressure vessels, process vessels, shell and tube heat exchangers, condensers, evaporators, air receivers, storage tanks, piping spools, process piping, prefabricated piping and skid packages.

When evaluating a power plant equipment manufacturer and exporter from India, industrial buyers should examine fabrication capability, material expertise, inspection and testing systems, manufacturing infrastructure, documentation capability and experience with custom industrial projects.

Fabri-Tek Engineers provides custom industrial equipment and heavy fabrication solutions for power generation, boiler auxiliaries, industrial utilities and other process industries.

Looking for custom power plant equipment, pressure vessels, heat exchangers, condensers, tanks, piping or skid packages? Share your drawings, datasheets, material requirements, operating conditions, inspection requirements and delivery location with Fabri-Tek Engineers.

Contact Fabri-Tek Engineers for a Power Plant Equipment Enquiry

Related Fabri-Tek Engineers Solutions

• Pressure Vessels
• Process Vessels
• Industrial Storage Tanks
• Shell and Tube Heat Exchangers
• Condenser Heat Exchangers
• Evaporator Heat Exchangers
• Air Receivers
• Piping Spools
• Prefabricated Piping
• Process Piping
• Skid Packages
• Alloy Steel Fabrication
• Stainless Steel Fabrication
• Certifications and Inspection
• Manufacturing Facility
• Contact Fabri-Tek Engineers