VMV is pleased to announce our participation in the Valve World Expo 2026, taking place from December 1 to December 3. We will showcase our high-performance pressure reducing valves, safety relief valves, and integrated steam thermal energy system solutions at our booth, delivering reliable, energy-efficient, and cost-saving fluid control technologies for global industrial steam scenarios.
Steam systems account for approximately 30% of the energy used in industrial process applications, making their performance a major driver of operating cost, reliability, and carbon emissions. Inefficiencies in steam generation, pressure control, distribution, condensate recovery, and end-use equipment can result in substantial avoidable energy losses.
With decades of industry experience, VMV Newton delivers engineered valve and steam-system solutions that help industrial facilities optimize steam control, improve condensate management, and enhance overall system performance.
Industry studies indicate that well-targeted steam-system improvements can often identify energy-saving opportunities in the range of 10% to 15%, depending on the condition and operating profile of the existing system. Through site-specific surveys, system analysis, and optimized valve solutions, VMV Newton helps customers reduce boiler fuel demand, lower associated carbon emissions, and improve the reliability and efficiency of their steam operations.
Actual results depend on factors including system design, operating conditions, maintenance practices, fuel type, and the scope of implementation. Projected savings should be validated through a site assessment and post-implementation measurement.
We warmly invite industry professionals to join our technical seminar at 13:30 on 1 December at our booth, Hall 3, Booth 3H10.
The seminar will be led by our Senior Engineer, Andy, who brings more than 40 years of experience in steam-system design, optimization, and end-to-end project delivery.
Throughout his career, Andy has developed tailored, high-efficiency steam-system solutions for projects in the food and beverage, textile, pulp and paper, chemical processing, steel and metallurgy, and pharmaceutical industries. His work has helped industrial facilities identify and reduce avoidable energy losses, improve steam-pressure and temperature stability, extend equipment service life, and enhance production reliability and energy efficiency.
We look forward to sharing practical insights and discussing how optimized steam systems can support safer, more efficient, and lower-carbon operations.
