As part of its commitment to reducing the environmental impact of its business operations, leading insulation, drywall and ceiling product distributor CCF has invested in a new sustainable fuel source to cut carbon emissions across its delivery fleet.
CCF has now introduced hydrotreated vegetable oil (HVO) refuelling sites at several of its branches across the country to provide part of its delivery fleet with a low carbon alternative to the use of diesel fuel. The shift to a more sustainable fuel source is part of CCF’s commitment to decarbonise its deliveries to customers by steadily reducing the carbon footprint generated by its lorries by up to 92 per cent when compared to the use of diesel.
The HVO used by CCF is sustainably sourced and made from waste materials such as used cooking oils and other waste oils. In addition to reducing carbon dioxide, it also has the potential to reduce other emissions, including nitrogen oxide by up to 30% and particulates by up to 85%, and requires no modification to existing diesel engines. As well as bringing tangible environmental benefits, CCF has made the move to HVO fuel to support customers who are working on low carbon schemes or simply wish to reduce the embodied carbon within their supply chain. The move also supports CCF’s growing involvement in the public sector where the distributor is working with main contractors and specialist contractors to deliver the decarbonisation ambitions of the Government’s Net Zero strategy.
In addition to this, CCF’s move to a 100% renewable electricity tariff in November 2021 is now generating an average of 45 tonnes less carbon emissions per month across CCF’s operations, and to mitigate emissions of the company’s estate further, the installation of energy saving solutions, such as utilising LED lighting and solar panels is well under way.
For more information, please visit www.ccfltd.co.uk.
The view or information contained within these unedited press releases, are that of the company producing it and not necessary the views of kpm.