IMI Climate Control

Cooling with confidence starts long before a system goes live. As AI growth accelerates and rack densities increase, data centres are facing new cooling challenges where reliability, corrosion resistance and system stability all play a critical role. That’s why we challenged conventional thinking around material choice for liquid cooling applications. In collaboration with RISE Research Institutes of Sweden, IMI tested its proprietary AMETAL® brass alloy under demanding liquid cooling conditions to explore how performance, reliability and sustainability can work together. But reliable liquid cooling is not only about materials. It is also about precise flow control, system visibility and protecting performance from plant room to rack. Because breakthrough engineering starts with understanding customer challenges — and turning them into solutions that help customers move forward with confidence. Read the full Insight Article: https://bit.ly/4wUjHfp #DataCentres #LiquidCooling #CoolingWithConfidence #HVAC #Engineering #Sustainability #Hydronics #IMIClimateControl

Proud to see TA-Smart highlighted by IMI plc! As buildings become smarter and more measurable, TA-Smart creates new opportunities to optimise performance and deliver lasting customer value. Discover how customer-driven innovation turned a real industry challenge into a scalable solution. 🎥 Watch the video below.

Modern buildings demand greater efficiency, comfort, and reliability, but many hydronic HVAC systems still face balancing challenges, commissioning difficulties, and unnecessary energy consumption. This August, IMI Hydronic College and Ferguson are bringing a free educational roadshow to Miami, Dallas, and Los Angeles to explore practical balancing and control strategies that can help improve hydronic system performance. Attendees will gain insights into: ✅ Hydronic balancing fundamentals ✅ Differential pressure control ✅ Pressure Independent Control Valves (PICVs) ✅ Smart balancing and connected control technologies Participants who complete the seminar will also earn 2.0 PDH credits. Following the seminar, attendees are invited to continue the conversation with industry peers and IMI and Ferguson experts at Topgolf. 📍 Miami | Aug. 24 📍 Dallas | Aug. 26 📍 Los Angeles | Aug. 28 Learn more and register here: https://bit.ly/3TUmlnh #HVAC #Hydronics #BuildingPerformance #EnergyEfficiency #MechanicalEngineering

Commercial Buildings: getting more from existing assets Rising cooling demand, ageing HVAC infrastructure, changing occupancy patterns and ambitious decarbonisation targets are all increasing pressure on existing buildings. For many organisations, replacing entire HVAC systems is neither economically nor operationally feasible. Instead, attention is shifting towards renovation strategies that improve the performance of existing systems. Success depends on looking beyond individual HVAC components to understand how the entire hydronic system performs. By optimising the system as a whole, building owners can improve energy performance, enhance occupant comfort and support reliable long-term performance Read our latest article to discover how a system-level approach can help Commercial Buildings remain efficient, resilient and adaptable. 🔗 https://bit.ly/4wT3lDQ #CommercialBuildings #HVAC #BuildingPerformance #EnergyEfficiency

Residential Buildings: redefining year-round comfort For decades, most European homes were designed with one priority in mind: keeping occupants warm during winter. Today, that assumption is changing. Homeowners increasingly expect their properties to deliver comfortable indoor temperatures throughout the year while keeping energy consumption and operating costs under control. However, installing air conditioning is not always practical or permitted. As a result, many homeowners are looking for solutions that maximise the performance of their existing HVAC infrastructure. Reversible heat pumps that leverage existing hydronic pipework and terminal units offer an attractive way to add efficient cooling while continuing to provide heating. Introducing cooling, however, also changes the demands placed on the installation. Read our latest article to discover how Residential Buildings can deliver year-round comfort and reliable long-term performance. 🔗 https://bit.ly/4bcheEV #ResidentialBuildings #HVAC #YearRoundComfort #EnergyEfficiency"

Are Europe’s heatwaves rewriting the rules of building performance? Since May, Europe has already experienced three major heatwaves, with temperatures exceeding 40°C across several countries. Extreme heat is becoming an increasingly persistent feature of European summers. Managing these conditions is no longer a future challenge, it is a present-day requirement for building owners, engineers and consultants across Residential and Commercial Buildings. While the impact of extreme heat varies across building types, the underlying engineering challenge is increasingly the same: ensuring HVAC systems continue to deliver reliable, efficient performance under more demanding operating conditions. Different buildings. One engineering challenge. Read our latest article to discover why improving building performance requires a system-level approach. 🔗 https://bit.ly/3TlDJRA #HVAC #BuildingPerformance #EnergyEfficiency #OperationalResilience"

As building owners, engineers and consultants face rising energy costs, increasing sustainability requirements, periods of extreme heat and ambitious building decarbonisation targets, HVAC systems are under growing pressure to deliver reliable heating and cooling while operating more efficiently. Ageing building infrastructure, complex retrofit projects, changing building use and difficult HVAC commissioning can all make it harder to achieve stable performance under real operating conditions as heating and cooling demands evolve over time. IMI helps customers address these challenges through engineering expertise, system optimisation and system-level HVAC solutions that support energy efficiency, decarbonisation and long-term building performance. 🔗 Read more here: https://bit.ly/4x5u40d

6-way valve kits don’t have to be complex to install and commission. With adjustable lift limitation, a 360° actuator and flow setting via the HyTune app, TA‑Sixline delivers precise control in change-over systems. Precision, simplicity, and efficiency – in one compact valve and actuator. Learn more: https://bit.ly/4uTYQHN #TerminalUnits #HydronicControl #WaterQuality #FlowControl #IMI

Climate ceilings demand precision – without adding complexity. TA-Sixline PI combines flow limitation, changeover, and temperature control in a single valve and actuator. A compact, lightweight design with 360° actuator orientation supports easy integration in shallow ceiling voids, while pressure-independent flow measurement enables faster commissioning and clearer diagnostics at terminal level. Ready to simplify HVAC control in your climate ceilings? Discover more: https://bit.ly/3SYZ82H #TerminalUnits #HydronicControl #ClimateCeilings #CompactDesign #IMI

Don’t let low flow impact terminal unit control – keep performance on track. When control fails, energy use rises, comfort reduces, and coils fail to achieve design Delta T. With deep technical insight and solutions designed to perform at all system loads, take back control and unlock system efficiency. Learn how: https://bit.ly/4w0Gc1N #TerminalUnits #HydronicControl #WaterQuality #FlowControl #IMI