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Heat Exchangers

Solutions for Industrial Process Optimization

We specialize in heat exchangers.

Our commitment goes beyond the quality of our products. We are deeply dedicated to the economic and social development of our communities. We believe that businesses play a key role in job creation and in training the next generation of specialists. By investing in our team and in sustainable technologies, we are helping to build a stronger economy and a more equitable society.

Manufacturing Capacity

Anos 8

Nearly of 40 years of experience

Nearly 40 years in the industry guarantee our expertise and knowledge in the production of heat exchangers.

Estandares 8

High Quality Standards

Producción con los más altos estándares de calidad para asegurar la fiabilidad y durabilidad de nuestros productos.

Tecnologia 8 1

Technology

We combine cutting-edge technology with proven techniques to ensure reliability in every product manufactured.

Capacidad 8

Extensive Production Capacity

We are equipped with the best technology for precision part manufacturing, ensuring exceptional results.

We design custom equipment

We design customized heat exchangers to meet each client’s specific needs. Our team uses specialized software for mechanical, thermal, and hydraulic calculations. This optimizes the performance, energy efficiency, and durability of our heat exchangers.

We adhere to the most demanding industry standards, and our processes are aligned with international quality and safety standards. This commitment ensures our clients’ trust and contributes to a more sustainable future.

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Intercambiador de calor para dinamizacion
Energy efficiency:

Energy Efficiency:

We design our equipment to maximize heat transfer, which can lead to more efficient energy use. This can reduce operating costs and greenhouse gas emissions.

Customization

Customization

We have the capability to design and manufacture custom heat exchangers to meet each client's specific needs. This can result in products that better fit plant operations and improve performance.

Versatility

Versatility

We design for a wide range of temperatures and pressures, making them suitable for various applications.

Quality

Quality

All our heat exchangers undergo rigorous testing and quality inspections to ensure their performance and durability. Our commitment to quality is unwavering.

Durability

Durability

Thanks to precise material selection and a detailed manufacturing process, our heat exchangers are more durable and require less maintenance. This can reduce long-term costs and minimize plant downtime.

Regulatory Compliance

Regulatory Compliance

All our products comply with industry regulations and standards, such as the ASME code. This ensures the safety and effectiveness of our heat exchangers.

Technological Innovation

Technological Innovation

We invest in research, innovation, and development to provide heat exchangers that utilize the latest technologies and materials available, aiming for improved performance and greater energy efficiency.

Intercambiador de calor para dinamizacion

We design our equipment to maximize heat transfer, which can lead to more efficient energy use. This can reduce operating costs and greenhouse gas emissions.

We have the capability to design and manufacture custom heat exchangers to meet each client’s specific needs. This can result in products that better fit plant operations and enhance performance.

We design for a wide range of temperatures and pressures, making them suitable for various applications.

Todos nuestros intercambiadores de calor son sometidos a rigurosas pruebas y ensayos de calidad para garantizar su rendimiento y durabilidad. Nuestro compromiso con la calidad es inquebrantable

Thanks to precise material selection and a detailed manufacturing process, our heat exchangers are more durable and require less maintenance. This can reduce long-term costs and minimize plant downtime.

All our products adhere to industry regulations and standards, such as the ASME code. This ensures the safety and effectiveness of our heat exchangers.

We invest in research, innovation, and development to provide heat exchangers that utilize the latest technologies and materials available, aiming for improved performance and greater energy efficiency.

Advanced Manufacturing Processes

Our company leads in the manufacturing of heat exchangers, implementing production processes that ensure energy efficiency and quality in every product. Our heat exchangers are designed to optimize resources and reduce environmental impact.

We are committed to excellence in every phase of production, ensuring that each step, from design to delivery, contributes to exceptional performance and reliable operation.

Welding

We use advanced welding techniques to ensure the integrity of our heat exchangers. Our skilled and qualified welders guarantee joints that withstand the high pressures and temperatures of the operations to which the equipment is subjected.

Machining

Our precision machining processes enable us to manufacture components with exact tolerances, ensuring a perfect fit and optimal performance of our heat exchangers.

Forming

We use forming techniques to shape the components of our heat exchangers. This allows us to create complex designs that maximize the heat transfer surface area.

Testing

All our heat exchangers undergo rigorous testing to ensure their performance and durability. This includes pressure tests to verify the strength of materials and welds, and leak tests to confirm the efficiency of seals.

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Industry Solutions

Heat exchangers are essential devices in various industries due to their ability to efficiently transfer heat between two or more fluids. At VR Ingeniería, we design and manufacture heat exchangers for the following applications:

Oil and Gas Production

Cooling and condensation of natural gases.

Petrochemical

Temperature control in processes such as polymerization, cracking, or distillation.

Energy generated

Preheating of crude oil and condensation of distillation products.

Refineries

Heat transfer from power generation systems to steam or refrigeration systems.

Heat Exchange
High Quality

We specialize in the construction of heat exchangers in various standard TEMA configurations, adhering to the requirements set forth by the ASME code for the design, construction, and inspection of these pressure vessels.

Transforming Challenges into Opportunities
Success Stories

Explore some of our most notable projects and learn in detail how our solutions have made significant and positive impacts on our clients.

Click the button to view our success stories!

Has-Tubular-con-Cabezal-flotante-para-servicio-H2S
Has Tubular con Cabezal flotante para servicio H2S

Tubería y bafles en Bronce, para aumentar la transferencia de calor entre los fluidos.

Placas tubulares fabricadas mediante el proceso cladeado entre materiales P1 y P32.

Junta Placa – Tubo mediante expansión

Has Tubular con Cabezal flotante para servicio H2S

Has Tubular con Cabezal flotante para servicio H2S

Tubería y bafles en Bronce, para aumentar la transferencia de calor entre los fluidos.

Placas tubulares fabricadas mediante el proceso cladeado entre materiales P1 y P32.

Junta Placa – Tubo mediante expansión

Intercambiador-de-calor-tipo-AES,-servicio-Letal-configuración-apilada
Intercambiador de calor tipo AES, servicio Letal configuración apilada

Fabricado en Acero Inoxidable Austenítico, resistente a la corrosión .

Junta Placa – Tubo mediante expansión y soldadura de sello .

Intercambiador de calor tipo AES, servicio Letal configuración apilada
Intercambiador de calor tipo AES, servicio Letal configuración apilada

Fabricado en Acero Inoxidable Austenítico, resistente a la corrosión .

Junta Placa – Tubo mediante expansión y soldadura de sello .
Intercambiador-de-calor-BEM
Intercambiador de calor BEM (908))

Placas tubulares y tubería fabricada en Duplex.

Carcaza fabricada en Acero Inoxidable Austenítico

Junta Placa – Tubo mediante expansión y soldadura de sello.

Trabajo en bajas temperaturas (-50°C)

Intercambiador de calor BEM (908)
Intercambiador de calor BEM (908))

Placas tubulares y tubería fabricada en Duplex.

Carcaza fabricada en Acero Inoxidable Austenítico

Junta Placa – Tubo mediante expansión y soldadura de sello.

Trabajo en bajas temperaturas (-50°C)

Haz-tubular-BKU
Haz tubular BKU (906)

Placas tubulares en Acero al carbón con requerimiento NACE.

Junta Placa – Tubo mediante expansión y soldadura de sello.

Comúnmente usado para generar vapor.

Equipo de gran formato.

Haz tubular BKU (906)
Haz tubular BKU (906)

Placas tubulares en Acero al carbón con requerimiento NACE.

Junta Placa – Tubo mediante expansión y soldadura de sello.

Comúnmente usado para generar vapor.

Equipo de gran formato.

Our Valuable Cliente Portfolio

Here is a brief list of clients who have trusted our expertise and quality in the development of heat exchangers:

Contact us

Do you have any questions or need more information?
¡Contact us! We are ready to help you.

Materiales

Utilizamos una variedad de materiales en la fabricación de nuestros intercambiadores de calor, cada uno seleccionado por sus propiedades únicas.

Acero al carbono

Resistente a la corrosión en ambientes corrosivos y un buen conductor de calor.

Acero inoxidable

Resistente a la corrosión, es perfecto para aplicaciones donde los fluidos pueden ser corrosivos.

Acero dúplex y super dúplex

Ofrecen una combinación de resistencia a la corrosión y alta resistencia mecánica.

Bronce

Resistente a la corrosión en ambientes corrosivos y un buen conductor de calor.

Monel

Una aleación de níquel y cobre, conocida por su excelente resistencia a la corrosión y a la oxidación.

Inconel

Una aleación de níquel-cromo que es extremadamente resistente al calor y a la corrosión.

Tipos de intercambiadores de calor

Ofrecemos varios tipos de intercambiadores de calor para satisfacer las necesidades de nuestros clientes:

Carcasa y Tubo

Son los más comunes y pueden manejar una amplia gama de temperaturas y presiones.

  • API Standard 660 Shell-and-Tube Heat Exchangers

Feedwater

Se utilizan en las plantas de energía para precalentar el agua de alimentación de la caldera.

Doble Tubo
(Double Pipe)

Son los más simples y consisten en un tubo dentro de otro tubo.

Multitubo (Multitube Hairpin)

Son una variación del intercambiador de calor de doble tubo, pero con varios tubos en lugar de uno solo.

  • API Standard 663 Hairpin-type Heat Exchangers

Recubrimientos

Ofrecemos una variedad de recubrimientos para proteger nuestros intercambiadores de calor de la corrosión y otros daños:

Clad

Aplicamos recubrimientos Clad a los intercambiadores de calor para protegerlos de la corrosión, mejorando su rendimiento y durabilidad. Este proceso consiste en aplicar una capa de material sobre una base de propiedades distintas.

Weld Overlay

Aplicamos recubrimientos anticorrosivos para prolongar la vida útil y mejorar el rendimiento:

  • Acero inoxidable
  • Bronce
  • Monel
  • Duplex
  • Super duplex

Pinturas para Aplicaciones Altamente Corrosivas

Utilizamos las mejores pinturas para proteger los intercambiadores de calor en ambientes altamente corrosivos.

Materials

We use a variety of materials in the manufacture of our heat exchangers, each selected for its unique properties.

Carbon Steel

Resistant to corrosion in corrosive environments and a good heat conductor.

Stainless Steel

Corrosion-resistant, it is perfect for applications where fluids may be corrosive.

Duplex and Super Duplex Steel

They offer a combination of corrosion resistance and high mechanical strength.

Bronze

Resistant to corrosion in corrosive environments and a good heat conductor.

Monel

An alloy of nickel and copper, known for its excellent resistance to corrosion and oxidation.

Inconel

A nickel-chromium alloy that is extremely resistant to heat and corrosion.

Types of Heat Exchangers

We offer various types of heat exchangers to meet the needs of our clients:

Shell and Tube

They are the most common and can handle a wide range of temperatures and pressures.

  • API Standard 660 Shell-and-Tube Heat Exchangers

Feedwater

They are used in power plants to preheat the boiler feedwater.

Bouble Tube
(Double Pipe)

They are the simplest and consist of one tube inside another tube.

Multitube (Multitube)

They are a variation of the double-tube heat exchanger, but with multiple tubes instead of just one.

  • API Standard 663 Hairpin-type Heat Exchangers

Coatings

We offer a variety of coatings to protect our heat exchangers from corrosion and other damage:

Cladding

A type of coating applied to heat exchangers to protect them from corrosion, significantly improving performance and durability. It involves applying a layer of material over a base material with different properties.

Weld Overlay

We apply anti-corrosive coatings to extend the lifespan and enhance performance:

  • Stainless Steel
  • Bronze
  • Monel
  • Duplex
  • Super duplex

Paints for Highly Corrosive Applications

They are used to protect heat exchangers in highly corrosive environments.