Building Global Solutions for a Changing World

Fuel dispensers, commonly known as gas pumps, are essential equipment in the fueling industry, enabling the efficient, accurate, and safe transfer of fuel from storage tanks into vehicles and containers. While the technology behind fuel dispensers may seem straightforward, it involves a complex series of processes and components working together to ensure smooth operation. In this blog, we will delve into the working procedure of a typical fuel dispenser, focusing on its mechanical system and key elements that ensure optimal functionality. Initial Setup: Starting the Fuel Dispenser The operation of a fuel dispenser begins with a simple action: the user

When it comes to getting the best performance out of your vehicle, many drivers focus on oil changes and tire rotations but overlook one critical component — the fuel system. A clean and properly maintained fuel system ensures your engine receives the right amount of fuel at the correct pressure, improving power, efficiency, and longevity. If you want smoother acceleration, better fuel economy, and fewer repair bills, fuel system maintenance should be a top priority. Why Fuel System Maintenance Matters Your vehicle’s fuel system includes the fuel pump, fuel injectors, fuel filter, and fuel lines. Over time, dirt, carbon deposits,

According to the EPA, there are currently 540,700 active underground storage tanks in the United States. 538,000 of these tanks are used to store petroleum, and 2,700 are used for hazardous substances. Half a million is a big number, but it’s significantly less than 2.1 million – the number of active underground storage tanks that were in use in 1984. Since that year, growing awareness and concerns about the negative health and environmental hazards caused by underground storage tank leaks led to sweeping legislation and reform, with regulations and standards continuing to be revised and improved as recently as 2015. If your facility