Industrial cooling systems sit at the heart of modern manufacturing and processing. When they fail, so does everything else, resulting in serious production downtime costs. Rising energy prices, ageing assets, sustainability pressure, and shifting production demands all place new strain on systems that were often designed decades ago.
Many facilities now face the same challenge: their cooling system is limping on…., but no longer runs efficiently with little to no control. The result is higher energy/water use, poor control, growing maintenance costs, and increasing operational risk.
Vistech helps engineering and manufacturing sites reverse that trend by designing, installing, and maintaining fully integrated cooling solutions built for performance, resilience, and sustainability.
Three Services That Transform Cooling Performance
Vistech delivers a structured approach that takes sites from insight to fully engineered upgrade, allowing operators to cut energy and water use, restore control, and plan confidently for the future.
1. Health Check
Understand your system. Uncover the potential.
Most cooling systems have evolved rather than been engineered for today’s requirements. Equipment has been added, processes have grown, and operating patterns have changed. As a result, many systems are mismatched to current demand.
Vistech’s Health Check provides a clear and independent view of performance. The review identifies inefficiencies, highlights quick wins, and builds a budgeted roadmap linked to performance and ESG goals. It removes uncertainty and gives teams the clarity they need to take control of system performance.
2. Performance Survey
Measure what matters. Turn data into decisions.
Assumptions cost money. The Performance Survey replaces guesswork with real data. By capturing live temperature, flow, pressure, and energy information across the cooling loop, Vistech identifies exactly where energy and water are being wasted and how the system can be optimised.
The result is a verified performance baseline, accurate system sizing, ROI and payback modelling, and robust evidence for ESG reporting. Many sites achieve up to 50 percent reductions in energy and water consumption following targeted design and control improvements.
3. FEED Study and Detailed Design
Engineer for the future today. Design a system that delivers.
Replacing like-for-like equipment might be convenient, but it rarely delivers improvement. Vistech’s FEED Study creates an integrated cooling design where chillers/towers/adiabatics, pumps, controls, and civil works align as a single efficient system.
The process includes mechanical, electrical, and control design, system modelling, 3D scanning for complex sites, full lifecycle cost analysis, and a detailed implementation plan. Whether a site needs a focused upgrade or a full plant redesign, the aim is the same: measurable improvements in performance, cost, and long-term reliability.
Why Integration Matters
Cooling systems are often treated as isolated components, yet performance depends on how well everything works together. Pumps influence tower efficiency. Controls influence energy consumption. Load profiles influence water chemistry. Without integration, even new equipment falls short.
Vistech’s approach ensures the entire cooling loop is designed, monitored, and upgraded as a connected system. This unlocks real gains in energy use, process stability, and long-term operating cost.
Trusted by Industry
Engineering and manufacturing facilities across the UK rely on Vistech for measurable improvements in cooling performance. The company brings whole-system expertise, proven reductions in resource consumption, and a strong quality and safety foundation through ISO 9001, ISO 45001, and ISO 14001 certifications. Vistech is also accredited by SafeContractor, CHAS, and Constructionline Gold.
The Outcome: Efficient, Competitive, Future-Ready Cooling
Cooling systems should support production, not constrain it. By combining evidence, engineering, and integration, Vistech helps facilities modernise infrastructure, restore lost performance, cut operating costs, and strengthen environmental performance.
Efficiency starts with understanding. Improvement comes from action. Long-term value comes from design that works.