Trillium Flow Technologies is a global flow‑control company with deep historical roots that trace back through numerous legacy pump and valve brands. Its modern form emerged after the separation of Weir Flow Control from its former parent, bringing together a broad collection of established names that have long served critical infrastructure sectors. The company operates from key hubs in the United Kingdom and the United States, supported by manufacturing and service centers across Europe, Asia, and North America. This international footprint enables consistent support for demanding industrial environments, including the wide range of maritime and offshore activities that depend on dependable flow‑control equipment.
Across its portfolio, Trillium Flow Technologies provides engineered valves, pumps, actuators, and related services used throughout the water, wastewater, desalination, power generation, and oil and gas industries. Its long-standing involvement in water transmission and desalination places it in direct connection with coastal infrastructure and marine‑reliant utilities. In offshore and marine‑adjacent oil and gas operations, including upstream, midstream, downstream, and floating production settings, Trillium’s equipment plays a role in controlling process flows under harsh and variable conditions. These activities draw on more than a century of engineering experience, shaped by brands that originated in the 1800s and evolved to support sectors requiring high reliability.
The company further expanded its reach with the acquisition of Termomeccanica Pompe, a historic Italian manufacturer known for vertical turbine and split‑case pumps widely used in water transmission, desalination, and energy markets. This addition strengthened Trillium’s footprint in regions bordering the Mediterranean and the Middle East, both of which depend heavily on marine‑based water and energy systems. Through its aftermarket services, technical support programs, and field‑service capabilities, Trillium supports assets throughout their operational lifecycle, from installation through long‑term maintenance. Its continued participation in critical infrastructure projects, including those with strong maritime and offshore connections, reflects a steady role in supporting the reliable movement of fluids where environmental exposure, safety considerations, and operational continuity are essential.
