Construction industry: The pressures for more sustainable and efficient heavy work are increasing. We have a concept to help meet these demands while improving productivity and reducing environmental impact!
With LEAF fuels, you can immediately reduce the net CO₂ emissions of construction machinery without investing in new equipment or retrofitting. Reductions achieved can be easily and conveniently allocated to individual customers by using certificates.
Demanding customers are increasing the pressure to reduce CO₂ emissions. However, high investment costs and insufficient infrastructure make many solutions impractical. The innovative fuels of the LEAF 'R' and LEAF 'B' series offer a flexible, cost-effective way to achieve the required emission reductions, without the need for additional investment.
Sustainable and clean energy for construction machinery
Simple operation and endurance determine everyday construction. Many sustainable solutions today are investment-intensive and usually not suitable for everyday use. From heavy machinery to lorries and small vehicles, our LEAF products help to reduce emissions without the necessity to invest or retrofit.
All LEAF fuels are cleaner, more efficient and further reduce the operating costs of the fleet through the targeted use of additives. They offer a significant reduction in net CO₂ emissions and at the same time help to extend engine life by keeping them clean and optimising their performance.
Advantages at a glance
- Robust performance: LEAF fuels are designed to meet the high demands of the construction industry. Machinery works reliably as usual.
- Reduced emissions: Reduce environmental impact, CO₂ emissions and improve air purity. Strict environmental regulations can be fulfilled without additional investment!
- Cost efficiency: Benefit from high fuel efficiency and longer maintenance intervals.
- ECO-Toxicity: Pure biogenic LEAF fuels, LEAF GTL and any mixtures thereof pose little to no risk to the environment. Fuels can be stored on the construction site, even in larger volumes.