Liquid and Gas

Biogas Facility

Vegreville, Alberta
overview

Project Overview

FWS was engaged to design and construct a new biogas facility aimed at enhancing the performance and capacity of existing biogas operations. The project focused on integrating advanced infrastructure with current systems to optimize biogas generation, improve operational flow, and support sustainable energy goals.

goals

Project Goals

The goal of this project was to build a new biogas facility that would complement and enhance the existing operations. Key objectives included improving the overall biogas production process, enhancing sustainability, and increasing operational efficiency.

gallery

Project Gallery

Tools

Technologies and Innovations

Key features of the Biogas Facility include:

  • New Biogas Facility Construction: A state-of-the-art biogas facility designed to support and optimize biogas generation, including advanced infrastructure and systems that enhance production capabilities.
  • Integration with Existing Facility: The integration of the new facility with the existing biogas operations ensures seamless coordination, optimizing the overall biogas production process and improving operational efficiency.
  • Manure Feed Building: A specially designed manure feed building that handles the input material for biogas production, ensuring a steady, efficient supply of feedstock for the process.
  • Digester/Pumphouse and Roofs: A digester and pumphouse were included, essential components for the biogas production process. The digester processes organic materials to produce biogas, and the pumphouse supports the movement of materials. Roofs were installed to protect these critical components.
  • Mechanical Supply and Installation: The project included the supply and installation of mechanical systems and equipment, ensuring all necessary machinery is in place to maintain efficient operations.
  • Piping Works: Comprehensive piping systems were installed throughout the facility, connecting various components and ensuring smooth transportation of feedstock, biogas, and other materials.
  • Electrical Systems: Electrical systems were designed and installed to power the biogas facility’s operations, including power supply, control systems, and other necessary electrical infrastructure.

Timeline

Project Timeline

Key features of the Biogas Facility include:

  • New Biogas Facility Construction: A state-of-the-art biogas facility designed to support and optimize biogas generation, including advanced infrastructure and systems that enhance production capabilities.
  • Integration with Existing Facility: The integration of the new facility with the existing biogas operations ensures seamless coordination, optimizing the overall biogas production process and improving operational efficiency.
  • Manure Feed Building: A specially designed manure feed building that handles the input material for biogas production, ensuring a steady, efficient supply of feedstock for the process.
  • Digester/Pumphouse and Roofs: A digester and pumphouse were included, essential components for the biogas production process. The digester processes organic materials to produce biogas, and the pumphouse supports the movement of materials. Roofs were installed to protect these critical components.
  • Mechanical Supply and Installation: The project included the supply and installation of mechanical systems and equipment, ensuring all necessary machinery is in place to maintain efficient operations.
  • Piping Works: Comprehensive piping systems were installed throughout the facility, connecting various components and ensuring smooth transportation of feedstock, biogas, and other materials.
  • Electrical Systems: Electrical systems were designed and installed to power the biogas facility’s operations, including power supply, control systems, and other necessary electrical infrastructure.

Results

Results

  • The facility has significantly expanded biogas production capacity and improved the overall efficiency of operations.
  • The integration of new and existing systems enhances processing consistency and scalability for future growth.
  • The project supports sustainable energy generation by maximizing biogas yield and minimizing environmental impact.
  • This project highlights FWS’s expertise in delivering modern, integrated biogas solutions tailored to support renewable energy and operational sustainability in the agricultural and waste-to-energy sectors.

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    Related Successes

    Liquid and Gas

    Biogas Facility

    Vegreville, Alberta
    overview

    Project Overview

    FWS was engaged to design and construct a new biogas facility aimed at enhancing the performance and capacity of existing biogas operations. The project focused on integrating advanced infrastructure with current systems to optimize biogas generation, improve operational flow, and support sustainable energy goals.

    goals

    Project Goals

    The goal of this project was to build a new biogas facility that would complement and enhance the existing operations. Key objectives included improving the overall biogas production process, enhancing sustainability, and increasing operational efficiency.

    Tools

    Technologies and Innovations

    Key features of the Biogas Facility include:

    • New Biogas Facility Construction: A state-of-the-art biogas facility designed to support and optimize biogas generation, including advanced infrastructure and systems that enhance production capabilities.
    • Integration with Existing Facility: The integration of the new facility with the existing biogas operations ensures seamless coordination, optimizing the overall biogas production process and improving operational efficiency.
    • Manure Feed Building: A specially designed manure feed building that handles the input material for biogas production, ensuring a steady, efficient supply of feedstock for the process.
    • Digester/Pumphouse and Roofs: A digester and pumphouse were included, essential components for the biogas production process. The digester processes organic materials to produce biogas, and the pumphouse supports the movement of materials. Roofs were installed to protect these critical components.
    • Mechanical Supply and Installation: The project included the supply and installation of mechanical systems and equipment, ensuring all necessary machinery is in place to maintain efficient operations.
    • Piping Works: Comprehensive piping systems were installed throughout the facility, connecting various components and ensuring smooth transportation of feedstock, biogas, and other materials.
    • Electrical Systems: Electrical systems were designed and installed to power the biogas facility’s operations, including power supply, control systems, and other necessary electrical infrastructure.

    Results

    Results

  • The facility has significantly expanded biogas production capacity and improved the overall efficiency of operations.
  • The integration of new and existing systems enhances processing consistency and scalability for future growth.
  • The project supports sustainable energy generation by maximizing biogas yield and minimizing environmental impact.
  • This project highlights FWS’s expertise in delivering modern, integrated biogas solutions tailored to support renewable energy and operational sustainability in the agricultural and waste-to-energy sectors.