Maverick Valves BV

Owing to the growing power generation sector in the US, the global demand for liquefied natural gas (LNG) has been steadily rising in recent years. It is the cleanest and the most sustainable fuel that exists, leaving no residue or pollution. While LNG boasts an efficient source of energy, its transportation presents unique challenges, primarily due to the extreme cold temperatures at which it must be stored and shipped. Industries need unique resources to handle this gas, else in low temperatures, LNG can cause materials to become brittle and risky. In the LNG industry, there is a specialized Cryogenic Valve that can withstand the hazards of these systems and maintain the integrity of fuel. They are designed to respond to high pressure and shift to an open position for the fuel to flow through. As soon as the pressure slows down, the valve seals back to prevent potential leakages. As a result, these mechanics are crucial to handle complex systems all while ensuring a safe and efficie...

Have you ever wondered where the invaluable natural resources to power vehicles, heat homes, and fuel countless industries come from? While the energy demand is constantly rising across the globe, the oil and gas industry plays a crucial role in extracting this fuel from deep within the earth’s crust. However, the journey from the reservoirs to the industrial plants involves a complex web of pipelines and high-stakes decisions. This is where well-testing steps into the spotlight. Well-testing, often referred to as production testing, ensures that the resource extraction runs smoothly and efficiently. It helps industries to get accurate insights into the properties of the reservoir, the output potential, and its quality. Engineers often rely on advanced technology, like the Multiport Flow Selector Valve , to perform these testing processes safely and in the best way possible. But how do they exactly work in well testing? Are they reliable? The Role of Multiport Flow Selector Valve in St...

Triple-offset butterfly valves play a significant role in various industries due to their efficiency, versatility, and cost-effectiveness. They represent a sophisticated variant of the conventional butterfly valve, designed to address some of the limitations of traditional counterparts, such as leakage, temperature extremes, and high-pressure applications.  The Triple Offset Butterfly valves have three key offsets in the valve's design, which collectively enhance their performance and reliability. The first offset in this valve design is the shaft offset. This offset ensures that the valve's shaft is positioned away from the pipe's centerline. By doing so, it reduces friction and wear on the sealing components, ultimately extending the valve's service life. This offset is particularly beneficial in applications where frequent valve operation is necessary. The second offset, the cone angle offset, is equally crucial. It pertains to the conical shape of the valve's s...