EcoPar makes it possible to reduce the environmental impact of diesel-powered operations without replacing engines, machinery or existing working methods. With less odour, less soot and lower emissions of several harmful substances, EcoPar contributes to a healthier working environment and cleaner operation – while remaining compatible with existing diesel-powered equipment.
For businesses with high demands on operational reliability, excellent storage stability is another important advantage. This makes EcoPar a practical alternative for a wide range of applications, from construction and transport to backup power generation, marine environments and seasonal operations.
In many industries, working close to diesel engines cannot be completely avoided. This includes construction sites, warehouses, tunnels, car parks, backup power facilities, harbours and other environments where machinery needs to remain in operation.
With EcoPar, you can reduce odours, soot and harmful exhaust emissions – creating a healthier everyday environment for employees, customers and people in the surrounding area.
Reducing environmental impact does not always have to start with investing in new equipment. Simply switching fuels can make a difference in the diesel engines you already use.
EcoPar is an ultra-clean diesel fuel that reduces emissions of several harmful substances compared to conventional diesel, helping businesses take steps towards reducing their impact on the working environment, climate and surrounding areas.
One of the key advantages of EcoPar is its simplicity. The fuel can be used in many types of diesel engines, machinery, vehicles, boats, burners and stationary equipment where conventional diesel is currently used.
This makes EcoPar a practical choice for businesses looking to reduce their environmental impact without making major changes to their operations.
For backup power generators, sprinkler systems, marine applications and seasonal operations, fuel storage stability is essential.
EcoPar maintains its quality over time, making it particularly suitable for applications where operational reliability, fuel quality and emergency preparedness are critical.
