Heat recovery boilers

Energy Efficiency

Optimize your industrial processes

Industries need to enhance their production processes to improve efficiency in energy resource utilization. Steam is one of the most essential resources, widely used in sectors such as chemical manufacturing, power generation, and food processing.

Heat recovery boilers provide the ideal solution for optimizing steam usage and reducing costs by harnessing residual heat from other industrial processes.

Heat Recovery Boilers

Heat recovery boilers are composed of key modules such as evaporators and superheaters, which are essential for utilizing residual heat and generating energy. These components enhance efficiency in industrial processes such as refinery cracking and contribute to sustainable energy development.

To learn more about their manufacturing and operation, we invite you to watch this video:

Main Advantages

Energy Efficiency

They utilize residual heat, reducing energy consumption.

Emission Reduction

They reduce the carbon footprint, improving sustainability.

Fast Return on Investment

Energy savings quickly offset the costs.

Customized Solutions

Tailored to the specific needs of each industry.

Co-generación:

Industrial growth and energy consumption have increased significantly. To address these challenges, cogeneration systems have been designed to combine electricity generation and steam production. The implementation of microturbines coupled with conventional steam generation systems allows for meeting the internal electricity demand of each company while continuing to produce the necessary steam for production operations.

Initially reserved for large industries, these systems now feature cutting-edge technologies that cater to specific needs regarding steam generation and efficient use of available space.

Caldera recuperadora 1 1

Success Story

Here is one of our most notable projects, generating significant and positive impacts for our clients.

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Heat Recovery Unit

  • Main Components:
    5 evaporator modules and 1 superheather.

  • Materials:
    • Pipe: SA-106 GR B, SA-312 TP 316, SA-335 P22.
    • Tube: SA-192, SA-213 T22.

  • Capacity:
    200 tons of piping.

  • Welds:
    16,000 joints, inspected with non-destructive testing.

  • Tecnology:
    High-definition plasma cutting with beveling arm.

  • Test:
    High pressure and non-destructive.
Heat Recovery Unit

  • Main Components:
    5 evaporator modules and 1 superheather.

  • Materials:
    • Pipe: SA-106 GR B, SA-312 TP 316, SA-335 P22.
    • Tube: SA-192, SA-213 T22.

  • Capacity:
    200 tons of piping.

  • Welds:
    16,000 joints, inspected with non-destructive testing.

  • Tecnology:
    High-definition plasma cutting with beveling arm.

  • Test:
    High pressure and non-destructive.

Manufacturing Capacity

At VR Engineering, we have highly trained human capital and state-of-the-art infrastructure necessary to handle large-scale manufacturing processes. Our experience and dedication allow us to offer comprehensive solutions, ensuring the highest quality and efficiency in every project.

Heat Recovery Boilers with High Quality

We are specialists in the development of Heat Recovery Boilers. All our boilers are designed and manufactured under the guidelines of the ASME Code Section I and comply with the highest standards, thus achieving the most reliable and durable products on the market.

Our Valuable Client Portfolio

Here we present a brief list of clients who have trusted our experience and quality in the development of Heat Recovery Boilers.

Contact

Do you have any questions or need more information?
Feel free to write to us. We are ready to assist you with anything you need.