Equipment Built Around Cleaner Fuel

Compressed natural gas (CNG) is natural gas that has been compressed and stored at high pressure for use as a fuel. CNG can be used in vehicles and commercial fleets as an alternative to conventional gasoline or diesel. A CNG fueling system typically includes equipment for compressing, drying, storing, and dispensing the gas.

CNG can offer several benefits depending on the application, including potential emissions reductions compared with conventional fuels, competitive fuel costs in some markets, and suitability for commercial and fleet operations. CNG is particularly useful for vehicles and fleets that have regular fueling needs and access to dedicated CNG fueling infrastructure.

CNG can produce fewer emissions of certain pollutants than gasoline and diesel when used in appropriate applications. The overall environmental impact depends on factors such as the source of the natural gas, vehicle technology, and how the fuel is produced and transported. CNG is one alternative fuel that businesses can consider when evaluating ways to reduce emissions from transportation and fleet operations.

CNG is used in a variety of commercial and fleet applications, including transit buses, refuse trucks, delivery vehicles, municipal fleets, and other vehicles designed to operate on compressed natural gas. CNG can be particularly practical for fleets that follow predictable routes and return to a central location for fueling.

A CNG fueling station uses specialized equipment to prepare and deliver compressed natural gas to vehicles. Natural gas is compressed, processed or dried as needed, stored in high pressure storage equipment, and then delivered through a CNG dispenser. The specific equipment and configuration depend on the station's capacity, application, and fueling requirements.

A CNG fueling station can require several types of specialized equipment, including CNG compressors, storage vessels, gas dryers, dispensers, valves, controls, and other station components. The equipment required depends on the size and design of the station, the available gas supply, and the fueling needs of the application.

A CNG compressor increases the pressure of natural gas so it can be stored and dispensed for use as a vehicle fuel. Compressors are one of the primary components of a CNG fueling station and are selected based on factors such as required pressure, flow rate, horsepower, and station capacity.

CNG storage equipment holds compressed natural gas at high pressure before it is dispensed to vehicles. Storage vessels and storage systems help provide an available supply of compressed gas and can support the fueling demands of a CNG station. Storage requirements vary based on station design, pressure, capacity, and application.

When purchasing CNG equipment, it is important to consider the equipment's manufacturer, model, pressure rating, capacity, specifications, condition, compatibility, and intended application. Buyers should also consider how individual components will work together within their existing or planned CNG fueling infrastructure.

CNG is used across a variety of transportation, commercial, industrial, and public sector applications. Common examples include fleet transportation, public transit, waste and refuse collection, delivery operations, and other businesses that operate vehicles with consistent fueling requirements. The appropriate CNG equipment depends on the specific application and fueling infrastructure.