Facility NOX Reduction

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Facility NOX Reduction

Tri Innovations undertook a Front-End Engineering Design (FEED) study for the implementation of a Selective Catalytic Reduction (SCR) system at our client’s facility. Our goal was to ensure compliance with Alberta Environment and Parks (AEP) emission standards, optimizing capital and operational expenditures. The study was rooted in a deep understanding of the existing operations, ensuring no disruption while enhancing overall system efficiency.

Drawing on our rich history of successful projects, we infused the FEED study with innovative yet practical solutions tailored to unique operating principals. This included exploring advanced control strategies and leveraging existing site resources more effectively, ensuring the proposed SCR system would not only meet current environmental standards but also provide a platform for future operational enhancements. These strategic insights aimed to extend the facility’s operational lifespan and bolster its efficiency, positioning the client for long-term success in a competitive landscape.

Detailed Scope

  • Regulatory Compliance and Efficiency Optimization: Evaluate the integration of the proposed SCR system to meet AEP emission standards while optimizing the facility’s capital and operational expenditures.
  • Innovative Design Solutions: Leverage Tri Innovations’ extensive experience to propose unique solutions that enhance system performance, such as advanced control strategies and effective utilization of site resources.
  • System Integration and Operational Continuity: Ensure the SCR system’s design and integration maintain operational continuity and align with existing processes to enhance facility efficiency without significant disruptions.
  • Future-Ready Enhancements: Incorporate scalable solutions within the SCR system design to facilitate future operational improvements and extend the facility’s lifespan.


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