Skip to main content

Clean fuel option with Komatsu

Komatsu says that the company has made a decision to switch to hydrotreated vegetable oil (HVO) as factory-fill fuel for Komatsu equipment produced in Europe.
August 1, 2023 Read time: 2 mins
Komatsu machines can now run on HVO fuels

This is in line with Komatsu’s long-term goal of achieving carbon neutrality by 2050. Komatsu is commencing this switch at its Komatsu Germany, Construction Division (KGC) plant in Hannover, Germany, and at the Komatsu UK plant in Birtley, England, with other Komatsu Europe plants to follow.

The combustion engines in Komatsu machines can be operated with HVO with no modifications required. The switch to this renewable, paraffinic fuel as a sustainable alternative to traditional diesel fuel is a major step that Komatsu is taking towards reducing its environmental impact. It shows that the company's machines can run on a cleaner and more sustainable fuel, helping to reduce greenhouse gas emissions, and improving air quality.

HVO is produced from renewable raw material such as cooking oil and animal fats wastes. It is a simple drop-in replacement for fossil diesel, but with high cetane, no oxygen and no aromatics. It can lower the amount of greenhouse gas emitted by Komatsu equipment by up to 90%, if the machine is fuelled with Neste MY Renewable Diesel (= HVO 100) from Neste, one of Komatsu’s main suppliers of HVO.

"HVO not only grants lower emissions during operation by superior chemical composition. said Ingo Büscher, managing director of KGC. “Komatsu’s HVO first fill product (Neste MY Renewable Diesel) is mainly made of waste material limiting consumption renewable resources such as vegetable oils." He added: "We are committed to support our customers in achieving their long-term sustainability goals as a one team approach. We believe that HVO is an effective and economical option to both reduce emissions and save limited resources.”

Komatsu’s switch to HVO factory-fill fuel is just one of the many steps that the company is taking towards sustainability, along with the research and development of new technologies and solutions such as electric and hydrogen-powered machines, to reduce its reliance on fossil fuels and achieve its zero-emission goal. 

For more information on companies in this article

Komatsu

Related Content

  • Developments in asphalt compaction machines
    July 4, 2012
    Mike Woof reviews the latest compaction market developments In the run-up to the upcoming World of Asphalt event in Orlando, Florida in March, the leading compaction equipment firms are rolling out upgraded and improved machines. With market conditions tough worldwide, customers are also likely to be encouraged with competitive deals on purchasing new machines and replacing ageing fleets.
  • Tarmac’s productivity boost with new software
    August 9, 2018
    A highly sophisticated software system is at the heart of a major boost to productivity and efficiency from contractor Tarmac. The firm is utilising the latest logistics software from Germany to improve its performance. The company is the first contractor in the UK to employ the BPO ASPHALT software developed by Volz Consulting in Germany. This advanced planning and real-time software technology can be utilised to optimise road construction logistics and boost productivity. The software allows Tarmac’s co
  • Road recycling saves time and costs, reduces emissions
    February 13, 2012
    Stabilisers bring recycling improvements to roads in the UK and Armenia. The local road authorities near the UK city of Bath have saved nearly €250,500 on the cost of repairing a 400m long section of the B3110 Midford Road. This saving has been achieved by opting to recycle and strengthen in-situ the existing surface, instead of using conventional full depth pavement reconstruction.
  • Meet Die Autobahn des Bundes
    November 8, 2021
    Only recently has Germany created a central organisation to maintain and develop the nation’s 13,200km of motorways, called autobahns. Moving from 16 state-run operation centres to one lead centre is a challenge but essential, says Gerd Riegelhuth.