Future fuel

When it comes to electric-driven equipment, Atlas Copco Specialty Rental has been at the forefront of innovation for years. Thanks to significant progress in electric motor, power electronics, and battery technologies, Atlas Copco Specialty Rental is the only temporary solutions provider that can offer customers an electric-driven option for any application. The benefits of going electric cannot be overstated for the right application: from improved noise levels to no diesel engine emissions; and improved efficiency to simpler service. So why should you not go electric? As long as you have an electric power source on your site, the electric compressor will always be the most efficient solution. Click here to find out more about our electric-driven fleet.

The regulations regarding Stage V have been developed, emphasizing technologies that reduce harmful substances in exhaust gases. Stage V limits the overall mass of particulate matter in the exhaust gas and the number of particles emitted through a particulate filter. Engine makers have studied several ways of combining different techniques to achieve the Stage V emissions limits. As with Stage IV, an exhaust after-treatment system (EATS) with selective catalytic reduction (SCR) is needed. This means that diesel exhaust fluid (DEF) is injected into the exhaust stream to reduce the NOx levels.

HVO, or "hydrotreated vegetable oil," is the newest generation biodiesel, produced from recycled vegetable oils and fats, mostly waste products of the fish and meat industry. It’s 100% fossil-free, non-toxic, and carbon-neutral because it’s a recycled product. HVO also burns cleaner than diesel. Simply fueling with 100%, pure HVO makes your compressor run carbon-free and lowers the emission of NOx and particular matter at the same time. Another benefit of HVO: you can blend it with diesel at any percentage, contrary to “older” bio-fuels. We have extensively tested HVO with all our engines and detected no impact on performance whatsoever in various circumstances. Myth busted! In fact, we found that in some cases, HVO outperforms diesel, for example, when starting your compressor up in cold conditions. Click here to find out everything about HVO fuel.

Storing energy when it’s available from renewable sources is an easy way to reduce site pollution. Atlas Copco’s hybrid & energy storage system connects Power Modules to other energy sources, such as solar, wind, and hydro, as well as to energy storage stations like batteries. The hybrid & energy storage system generates power from renewable sources (solar, wind, or hydro) whenever possible. The power module is then used whenever the original energy source isn’t available, for example, replacing solar energy at night or providing power during maintenance or repair operations at a wind farm. Battery energy storage is also important as energy stored in battery modules can be used when needed, further reducing fuel consumption. Hybrid energy storage solutions are often required for many sustainable power projects in remote locations where grid power is unavailable. In addition, it offers an environmentally friendly alternative to only using a diesel generator, resulting in significantly lower CO2 emissions. Click here and discover our Hybrid Solutions!

While electricity is the tip of the spear in the global green energy transition, its source is often discussed. That is where hydrogen-based solutions come in. No more debatable ecological decisions or energy/fuel sources. While hydrogen will eventually be the fuel of choice, it is often regarded as a byproduct in many plants and industries. By aligning energy consumption with on-site H2 generation and storage, an evolution to cost-competitiveness can be guaranteed and sustainability goals exceeded. H2 technology on a smaller scale is ideal for applications such as short-term or mobile off-grid electric vehicle charging stations, powering (outdoor) events, urban construction site applications, and many, many more. Want to learn more about our H2-45 prototype?

While electricity is the tip of the spear in the global green energy transition, its source is often discussed. That is where hydrogen-based solutions come in. No more debatable ecological decisions or energy/fuel sources. While hydrogen will eventually be the fuel of choice, it is often regarded as a byproduct in many plants and industries. By aligning energy consumption with on-site H2 generation and storage, an evolution to cost-competitiveness can be guaranteed and sustainability goals exceeded. H2 technology on a smaller scale is ideal for applications such as short-term or mobile off-grid electric vehicle charging stations, powering (outdoor) events, urban construction site applications, and many, many more. Want to learn more about our H2-45 prototype?

While electricity is the tip of the spear in the global green energy transition, its source is often discussed. That is where hydrogen-based solutions come in. No more debatable ecological decisions or energy/fuel sources. While hydrogen will eventually be the fuel of choice, it is often regarded as a byproduct in many plants and industries. By aligning energy consumption with on-site H2 generation and storage, an evolution to cost-competitiveness can be guaranteed and sustainability goals exceeded. H2 technology on a smaller scale is ideal for applications such as short-term or mobile off-grid electric vehicle charging stations, powering (outdoor) events, urban construction site applications, and many, many more. Want to learn more about our H2-45 prototype?

While electricity is the tip of the spear in the global green energy transition, its source is often discussed. That is where hydrogen-based solutions come in. No more debatable ecological decisions or energy/fuel sources. While hydrogen will eventually be the fuel of choice, it is often regarded as a byproduct in many plants and industries. By aligning energy consumption with on-site H2 generation and storage, an evolution to cost-competitiveness can be guaranteed and sustainability goals exceeded. H2 technology on a smaller scale is ideal for applications such as short-term or mobile off-grid electric vehicle charging stations, powering (outdoor) events, urban construction site applications, and many, many more. Want to learn more about our H2-45 prototype? Click here!