As an industry, waste and recycling is motivated towards working more sustainably. By embracing a system that focuses on reusing, reducing and recycling, it is empowered to work with nature and not against it. We match that ambition with zero-emission construction equipment that help customers deliver a circular economy approach across all their operations.
Our electric construction equipment not only has the power to ensure zero exhaust emissions and a reduced carbon impact, but it does so without compromising on performance.
The demanding applications within the waste and recycling industry mean customers need tools that ensure optimum efficiency, reliability and of course environment responsibility. Our large range of electric wheel loaders and excavators do just that, helping businesses move towards a cleaner, quieter and more productive future.
Our portfolio encompasses solutions dedicated to the sector, such as the grid-connected EW240 Electric material handler, designed specifically to work around the clock without any need to stop to recharge or refuel.
Switching to sustainable solutions in waste management and recycling applications makes sense for a number of reasons. It reduces greenhouse gas emissions, but also promotes energy efficiency. It helps companies to comply with increasing air quality regulations and noise reduction targets. What is more, our innovative battery technology provides significant savings on fuel costs when compared to the operation of the machines’ traditional counterparts.
And thanks to zero exhaust emissions and near silence, our electric solutions allow for the opportunity to work both indoors and outdoors – a particular advantage for this segment. The added benefits of low maintenance and impressive torque mean they are built to last across a variety of tasks.
A commitment to sustainability means adopting a circular approach in all areas of a company’s operations. By putting electric construction equipment to work, together we can ensure an even more sustainable approach to waste and recycling.