CHEP, a global sustainable logistics company and solutions provider for transforming the supply chain, has taken an important step in its decarbonization strategy by launching a 100% electric truck operation in Brazil. This initiative reflects the company’s commitment to reducing CO2 emissions and environmental sustainability, as the vehicles produce no noise pollution or harmful atmospheric emissions.
“By contributing to the planet’s decarbonization, we are promoting a cleaner, healthier, and more efficient future,” says Emanuela Mascarenhas, Supply Chain Sr. Manager at CHEP Brazil. The first electric truck is already in operation in São Paulo, while CHEP is advancing with tests of a second electric vehicle in Minas Gerais, marking the beginning of this project’s implementation in Brazil. Additionally, its Service Center in Contagem has solar panels, making the entire process even more sustainable. “This solar energy initiative was also implemented at our largest Service Center in Brazil, located in Louveira/SP, and is being extended throughout our supply chain,” adds Emanuela.
The electric trucks are part of a special operation in partnership with Absoluto Transportes, a company that has been in the logistics sector since 2006. Customized with a striking message about zero CO2 emissions, this vehicle highlights the importance of sustainability in goods transportation.
CHEP’s pallets are made from 100% certified forest wood, reinforcing the company’s commitment to responsible environmental practices. The pallets’ four-way entry bases facilitate handling, storage, and preservation of transported products.
Sustainability and Innovation Perspective
Electric trucks not only reduce CO2 emissions but also offer operational cost savings due to lower maintenance needs and the use of cheaper, renewable energy. According to the International Energy Agency (IEA), the electric truck market is expected to grow exponentially in the coming years, becoming a key piece for the logistics sector to achieve global emission reduction targets.
