Our industrial and central energy facility designs deliver the reliable infrastructure that powers complex operations. From cogeneration systems to central chillers and heating plants, we engineer energy-efficient solutions that balance performance, sustainability, and control. Our expertise in process piping and system controls ensures seamless integration across all mechanical and utility systems, supporting facilities that demand precision, uptime, and long-term efficiency.
We design and implement high-performance Cogeneration and Combined Heat and Power (CHP) systems that transform energy-intensive facilities into self-sustaining power hubs. By capturing and repurposing thermal energy that traditional plants discard, our designs achieve total system efficiencies of 70% to 90%.
We design and optimize the “heart” of facility cooling, delivering large-scale chilled water systems that balance massive cooling loads with ultra-low energy consumption. Our engineering approach focuses on maximizing system Delta-T and integrating smart technologies to reduce operational costs in complex industrial, data center, and campus environments.
We engineer robust central heating infrastructure designed to meet the rigorous thermal demands of industrial processes, healthcare campuses, and district energy networks. Trivium’s designs prioritize decarbonization pathways and fuel flexibility without compromising the high-pressure reliability required for critical operations.
We design and engineer high-performance piping systems and automation frameworks that serve as the vital arteries of industrial production. Our approach combines advanced metallurgy and fluid mechanics with sophisticated control logic to ensure the safe, efficient, and precise delivery of mission-critical media.
