Varo Energy, a Swiss-based refinery operator, is leading the way in sustainable energy production. The company has a variety of options for sustainable energy sources, including solar power, green hydrogen, biowaste, and used cooking oil. Safety is a top priority at Varo Energy, with visitors to their offices receiving safety instructions and being encouraged to follow safety protocols.
Varo Energy’s operations include the only oil refinery in Switzerland and a majority stake in the Bayernoil refinery in Germany. To achieve net zero emissions by 2040, the company is investing in projects to decarbonize production processes by 2030. This includes reducing CO2 emissions and utilizing waste materials for biodiesel production. In addition to these efforts, Varo is exploring options for producing CO2-free hydrogen through various methods.
The company’s investments are split between traditional fossil fuel operations and sustainable energy projects, with a focus on biofuels, biogas, hydrogen, and e-mobility. Varo is taking a practical approach to driving the transition towards cleaner energy sources by leveraging existing infrastructure and resources.
One of Varo’s notable projects is the production of Sustainable Aviation Fuel (SAF) from used cooking oil, which will contribute to the EU’s sustainability goals. They are also investing in biogas production from organic waste to support hard-to-electrify sectors like heavy-duty vehicles and shipping. Varo’s expertise in trading oils and organic waste gives them an advantage in securing raw materials for these projects.
As Varo continues to adapt to the changing energy landscape, their focus remains on meeting customer needs and aligning with global decarbonization efforts. The company’s evolution from a traditional fossil fuel producer to a sustainable energy provider reflects the broader shift towards greener practices in the industry.
Overall, Varo Energy is taking an innovative approach to sustainable energy production by exploring various options such as solar power, green hydrogen, biowaste
