Andy Kellett, FLT Specialist at Calor, discusses some of the most popular myths surrounding fuels for forklift trucks (FLTs).
Myth #1: Electric is the most environmentally-friendly fuel
As the take-up of BioLPG – a renewable fuel – continues, the assumption that electric is the greenest fuel available for FLTs is being challenged more and more. BioLPG is created from ethically sourced feedstocks, and organisations even receive a certificate from the Green Gas Certification Scheme to demonstrate how clean the fuel is, which can then be used as part of a business’ sustainability credentials. The fact that BioLPG is chemically identical to LPG is another big draw for fleet managers, as there is no requirement to invest in new equipment or infrastructure.
BioLPG is simply a drop-in fuel for those already using LPG. For fleet managers with sustainability goals – which is becoming an increasingly key concern, as big brands across the supply chain choose and champion other businesses that are as equally eco-conscious as them – BioLPG is a quick and hassle-free way to help meet these green ambitions.
The exact reduction in CO2 emissions from BioLPG depends on the blend of the fuel with LPG. It offers minimum carbon savings of at least 20 per cent, and potentially up to 32 per cent. This is based on a blend of 40 per cent BioLPG and 60 per cent conventional LPG. The potential carbon savings are even greater if a higher BioLPG blend is used.
It’s also important to remember that while electric is often considered a ‘clean’ option for FLTs, this electricity will be mainly taken from the National Grid, with fossil fuels such as coal a part of this mix. A lot of this energy is not generated in a particularly efficient way, with much of the energy in coal and nuclear used to produce electricity simply lost as waste heat. Therefore, it quickly becomes apparent that electric is not as environmentallyfriendly a fuel as many first believe.
Myth #2: Diesel is the tried-andtested ‘safe choice’
Diesel has long been the ‘go-to’ fuel for FLTs. Historically, a diesel engine truck has been superior to electric models, owing to its lifting capabilities. They were also perceived historically as able to operate well on gradients, and generally offer reasonable maintenance and servicing costs.
However, emissions and air quality are big areas where diesel struggles, and this is fast becoming the main reason why fleet managers are deciding to source alternative fuels. While exhaust fumes and diesel particulates may be able to easily escape to the atmosphere when used outside, the pressure for greener, more environmentallyfriendly FLT fuels is accelerating.
Let’s use an example to demonstrate just how dramatic a difference the switch from diesel to LPG can make to a fleet’s emission levels. For a fleet of 20 diesel FLTs in operation for 14 hours a day, six days a week, these would produce annual CO2 emissions totalling 524 tonnes. Should they switch to BioLPG, however, these emissions fall to just under 300 tonnes, representing a reduction of over 200 tonnes, or 43 per cent. These reductions could be integral to organisations under pressure to focus on more sustainable business practices.
While exhaust catalysts and purifiers can reduce noxious emissions, these still only make the machines acceptable for occasional indoor use. In contrast, LPG emits 98 per cent less particulate matter than diesel, and these emissions are lead- and soot-free. This means LPGfuelled FLTs can be used in sensitive production environments, such as food and pharmaceutical manufacturing facilities. When also fitted with a three-way catalyst, hydrocarbon and carbon monoxide emissions drop to virtually zero.
As such, diesel is no longer seen as the ‘go-to’ fuel and is quickly falling out of fashion due to its impact on air quality. This is especially true for fleet managers that are investing in new FLTs or those with a lease renewal coming up.
Don’t miss part two of Calor’s most popular myths surrounding fuels for forklift trucks, in the May 15th issue of Warehouse & Logistics News.
CALOR
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