Valve Technology

The Short Answer Valve industry consolidation—the merger, acquisition, and rationalization of valve manufacturers and brands—matters to buyers because it changes […]

The Short Answer Pharmaceutical processing places stricter demands on valves than most industries, because the product quality depends on the […]

The Short Answer Water utilities are under pressure to reduce leakage, respond faster to network events, and stretch limited maintenance […]

The Short Answer The LNG value chain — liquefaction, storage, transport, and regasification — continues to be one of the […]

The Short Answer Carbon capture, utilization, and storage (CCUS) plants use valves at every stage: solvent circulation, flue gas handling, […]

The Short Answer The hydrogen economy is creating a distinct demand profile for valves: hydrogen at scale means high-purity, leak-tight, […]

The Short Answer Predictive maintenance for valves means using condition data — stroke time, travel deviation, packing friction, acoustic signatures, […]

The Short Answer Valve digitalization means adding sensing, actuation intelligence, communication, and software around a valve so it can report […]

The Short Answer Smart valve technology — positioners and actuators with onboard sensors, diagnostics and digital communication — is being […]

The Short Answer Electric valve actuators are the fastest-growing segment of the industrial valve actuation market, driven by plants replacing […]

The Short Answer The industrial valve market is moving decisively toward automation and digitalization. Smart positioners with diagnostics, predictive maintenance, […]

The Short Answer The industrial valve supply chain is coming out of an unusually volatile period, with long lead times […]

The Short Answer “Smart valve” is an umbrella term for valves fitted with electronic positioners, sensors, and communication that report […]

The Short Answer Hydrogen service is changing how valves are selected, tested, and specified. The key concerns are hydrogen embrittlement […]

The Short Answer The industrial valve market heading into 2027 is being shaped by automation, digitalization, and the energy transition. […]

Low-Carbon Valves and the Net-Zero Push: What the Industry Is Doing Industrial decarbonization is reshaping more than power generation. The […]

Digital Transformation in the Valve Industry: What Is Changing in 2026 Industrial valves have traditionally been mechanical products — a […]

Quick Answer Additive manufacturing (3D printing) is entering valve production for complex internal parts, prototypes, and small-batch high-alloy components. It […]

Quick Answer AI and predictive maintenance are shifting valve reliability from “fix when it fails” to “fix before it fails.” […]

Quick Answer LNG (liquefied natural gas) valves must operate at cryogenic temperatures down to -162°C (-260°F), so they need special […]

Quick Answer CCUS (carbon capture, utilization, and storage) projects need valves that handle high-pressure CO2, cryogenic temperatures, and cyclic service. […]

Quick Answer: What Are Fugitive Emissions and How Are Low-Emission Valves Regulated? Fugitive emissions are the small, continuous leaks of […]

Quick Answer: What Are Smart Valves and How Is IIoT Changing Valve Monitoring? Smart valves combine a conventional valve with […]

The Short Answer Hydrogen is the smallest molecule in existence, it can embrittle steels, and it is handled from cryogenic […]