Trillium Flow Technologies

Our Engineered Pump Solutions for Fertilizer Plants Fertilizers play a critical role in global food security, supporting agricultural productivity for a growing population and meeting the rising demand for reliable, efficient crop yields. At the core of fertilizer production plants, pumping systems are essential to process continuity, efficiency, and safety. Trillium Flow Technologies, supported by its legacy brands, Termomeccanica Pompe and Gabbioneta Pumps, delivers engineered pump solutions for fertilizer applications, designed in compliance with API and ISO standards to handle demanding chemical and process conditions. Fertilizer plants (ammonia, urea, and downstream units) impose combined demands of corrosive fluids, elevated temperatures, thermal cycling, and continuous operation with limited shutdown windows. Where Trillium pumps are used: • BB pumps for process circulation, boiler feed, and high-energy duties • OH pumps for corrosive and thermally cycled chemical services • VS pumps for cooling water, utilities, and high-volume transfer Trillium supports fertilizer projects from FEED through operation, providing pump solutions that are: • Fully compliant with project specifications and international standards, including API and ISO requirements • Selected at the design duty point, with the BEP close to the operating flow • Engineered with materials that resist corrosive chemical fluids • Designed to withstand high temperatures and thermal cycling This is backed by a full lifecycle service approach spanning spare parts, technical support, maintenance, and engineered solutions such as re-rates and upgrades. Leveraging proven pump technologies and deep application expertise, Trillium helps EPCs and operators build reliable, efficient, and sustainable fertilizer plants.

Selecting the right pump starts long before manufacturing begins. Every application has unique operating conditions, and understanding those details early helps ensure the equipment is matched to the system's requirements from day one. In this video, Alex Walker, Application Engineering Manager, shares how his team works with customers to evaluate application requirements and develop pump solutions tailored to their specific needs. What application details have the biggest impact on pump selection in your experience? #PumpEngineering #Engineering #FlowControl #IndustrialPumps

FLNG Pump Packages Engineered for Performance When offshore floating facilities require more than standard pump packages, operators turn to specialists in engineered pumping systems. By combining advanced hydraulic design, high-performance materials, and systems integration expertise, we deliver solutions built for reliability in critical offshore applications. Click below to learn how we supplied 20 API 610 pump packages for an FLNG vessel in Southeast Asia, helping ensure safe, efficient, and reliable operation: https://okt.to/AHsKYt #TrilliumFlowTechnologies #FLNG #OffshoreEngineering #API610 #PumpEngineering #OilAndGas #RotatingEquipment

Keeping Crude Oil Moving in a Complex World In an increasingly complex global environment, the reliable transportation and storage of crude oil remain essential to maintaining stable energy supply chains. Pipeline operators face growing operational and market challenges, placing greater emphasis on solutions that ensure continuity, efficiency, and long-term resilience while contributing to overall energy security. More Than Pumps, Bespoke Pump Packages At Trillium, we offer more than just pumps. We provide complete system integration, designing and delivering customized centrifugal pump packages for mainline crude oil applications that meet the demanding requirements of high-capacity pipelines. From hydraulic design and driver selection to sealing systems, auxiliary skids, and control integration, every element is tailored to the specific operating conditions. Proven Performance Through Testing What sets us apart is our ability to validate performance end to end. At our in-house test centers, we conduct complete unit tests on fully assembled pump trains, including the motor, instrumentation, gearbox, machine monitoring system, auxiliary seal system, variable frequency drive, transformer, and unit control panel, confirming real-world readiness before shipment. This approach reduces risk, shortens commissioning time, and enhances operational confidence. In a world where energy security and efficiency are paramount, Trillium continues to support operators with robust pumping solutions that keep crude oil moving safely and efficiently across critical infrastructure. Learn more about Trillium's between-bearing product line: https://okt.to/pyg3IF #TrilliumFlowTechnologies #PipelineInfrastructure #CrudeOil #OilAndGas #PumpEngineering #CentrifugalPumps #API610 #EnergyInfrastructure #FlowControl #IndustrialPumps

The WEMCO® Torque-Flow® pump uses a recessed impeller, and it never touches the fluid directly. Instead, it spins a vortex that does the pumping, sending abrasive wear onto sacrificial parts instead of the pump itself. The result: → Passes pipe-sized solids without plugging → Flows to 4,500 GPM, heads to 340 feet → 100,000+ hour L-10 bearing life → Flushless slurry seal saves thousands of gallons of water per pump, per year Six models. Every configuration. One job: keep running when grit, sludge, and solids would stop anything else. See the full lineup: https://okt.to/NJmGDl #TrilliumFlowTechnologies #WEMCO #Wastewater #GritPumps

WSP™ Self-Primer pumps deliver rugged, dependable performance for demanding wastewater and industrial applications. Designed as self-priming trash pumps for solids-handling applications, they combine high efficiency with simplified maintenance. Shim-less, tool-less impeller adjustment and easy access to the suction flap valve help reduce maintenance time and downtime, while the Buzzsaw™ wear plate shears stringy materials to prevent clogs and sustain hydraulic performance. Delivering safer, more reliable performance with Trillium Flow Technologies. #TrilliumFlowTechnologies #Fresno #PumpEngineering #TrilliumPumpsUS

Engineered for FPSO Performance FPSO operations demand pump solutions that deliver reliable performance in some of the world's most challenging offshore environments. From bespoke engineering to dependable operation in critical applications, Trillium's pump solutions are designed to support safety, reliability, and long-term performance. Watch the video to see how Trillium's engineered pump solutions support critical FPSO applications. #FPSO #OffshoreEngineering #API610 #OilAndGas #PumpEngineering #OffshoreProjects

Desalination | Engineered Reliability for Seawater Intake Systems In desalination plants, the seawater intake system is a mission-critical application where reliability, efficiency, and durability directly impact plant availability and long-term performance. At Trillium, we bring decades of rotating equipment expertise to support this challenge with a dedicated portfolio of vertical seawater intake pumps. Our solutions are engineered to deliver robust hydraulic performance and stable operation under harsh marine conditions. The pump range covers a wide operational range, supporting flow rates from a few hundred to tens of thousands of cubic meters per hour, making it suitable for both modular installations and large-scale desalination intake systems. Each pump is designed for continuous duty, optimized efficiency, and a reduced total cost of ownership across the plant lifecycle. Advanced Material Selection for Seawater Corrosion Resistance Robust material selection and protective design are critical to mitigating the aggressive corrosion caused by seawater. Materials engineering is a core pillar of Trillium's value proposition. From corrosion-resistant alloys and specialty steels to advanced surface treatments, our material selection is driven by real operating conditions, helping ensure long service life and reliable performance in aggressive seawater environments. Bespoke Solutions Customization is central to how we work. Every desalination project presents unique hydraulic, mechanical, and environmental requirements. Trillium develops application-specific pump solutions, tailoring design, materials, and configuration for both new installations and retrofit projects, with a focus on efficiency and reliability. Continuous product development and close collaboration with customers enable us to evolve with market needs, delivering innovative and sustainable, energy-efficient solutions. #TrilliumFlowTechnologies #Desalination #SeawaterIntake #WaterInfrastructure #DesalinationPlants #IndustrialPumps #FlowControl #Engineering #WaterSecurity #EnergyEfficiency

Wear is usually associated with declining performance. The WEMCO® Torque-Flow Model C is an exception. Its hydraulic design creates a unique performance characteristic that gives operators valuable insight into the condition of the pump over time. In this video, Katie Bailey explains what makes the Model C different and why understanding this behavior can support better maintenance planning. #Municipal #Wastewater #Pumps #FlowControl

Saudi Arabia: Expanding Local Presence Through Manufacturing to Enhance Customer Service Trillium’s relationship with Saudi Arabia dates back to the 1980s, when the company first supplied Termomeccanica and Gabbioneta pumps through major EPC contractors. Over the decades, Trillium has established a strong local presence across the water, power generation, and oil and gas sectors. This long-standing commitment led to the opening of a service center in Al Jubail 15 years ago. Building on this foundation, Trillium launched a multi-million-dollar investment two years ago to add a pump manufacturing workshop to the facility, which was officially inaugurated in December 2025. This strategic expansion is already delivering results, including the signing of a Corporate Purchase Agreement with Aramco during the CPA Forum held in Dhahran last February. Today, the Al Jubail manufacturing facility brings together machining, assembly, and performance testing capabilities, aligned with Trillium’s international quality standards. It supports a range of centrifugal pump configurations, including API 610 overhung and between-bearings designs, reinforcing Trillium’s ability to serve customers locally with enhanced responsiveness and technical expertise. #TrilliumFlowTechnologies #SaudiArabia #Localization #Vision2030 #Manufacturing #Partnership #InnovationStrategy