The urgency of sustainability and environmental protection is setting the agenda for modern aviation. With rising passenger numbers, increasing air freight volumes and specific political directives, the search for alternatives to fossil-based aviation fuels and effective strategies to reduce CO_₂ emissions is intensifying. In this context, alternative fuels - Sustainable Aviation Fuel (SAF) - are proving to be a key innovation for achieving climate-neutral air travel. Learn more about the various technological solutions and discover which strategies have already been transformed from visionary concepts into tangible realities.

Sustainable flying is increasingly likely to become a reality with the introduction of Sustainable Aviation Fuels (SAF). In September 2023 the European Parliament approved the bloc’s Sustainable Aviation Fuel mandates in the push to dramatically cut aviation emissions. There is a growing demand for action as the legal framework and SAF quota commitments by the airlines begin to take shape. The Alcohol-to-Jet (AtJ) process is one of several production options. You can find out exactly how it works and what advantages it offers here.

The transportation sector is changing - and what has long been an essential part of research and development in the automotive sector is now increasingly finding its way into aviation: sustainable solutions to reduce CO₂ emissions. Alternative fuels, so-called Sustainable Aviation Fuels (SAF), play an important role in this context and are a significant driver for GHG emission reduction in aviation. Read here how tangible this forward-looking topic already is and the pioneering role that Haltermann Carless is playing.

Mobility has always been part of human visions and ideas, as well as a decisive driver for progress. Aviation plays a particular role in this and there is now no destination in the world that cannot be reached in 24 hours. However, air travel represents a huge challenge if we wish to ensure the protection of our climate. To make flying more sustainable, new technologies, alternative aviation fuels and new concepts are being pursued. Read more about the developments towards sustainable flying.

Sustainabile Aviation Fuels have gained considerable momentum in the aviation industry in recent times, due to their potential as a drop-in replacement for conventional fossil aviation fuels. Interest is also supported by the lack of sustainable alternatives with hydrogen or electric powered aircraft deemed unfeasbile and not financially viable in the short term. The European Union have underlined their focus on Sustainable Aviation Fuel (SAF) through the Green Deal and underpinned this with clear numbers and mandates in the ReFuelEU Aviation draft regulations. What, though, exactly does the draft regulation mean and what impact could it have on the SAF market in the coming years? Find out more here.

Without Sustainable Aviation Fuel (SAF), a short-term reduction of CO₂ emissions in aviation is not feasible. The European Green Deal and the subsequent Fit for 55 package therefore focuses on the increased use of biofuels in aviation. In the framework of these packages, the raw materials used in production are generally classified under the term ‘generations’ But what precisely is the meaning behind this classification? Find out more about the different feedstocks and future trends.

One of the most important challenges of our time is climate protection and the development of sustainable products for the benefit of all society. At Haltermann Carless, we have anchored this topic in our corporate strategy and are working to create environmentally sound products, processes and solutions to provide both tangible value and environmental benefits to our customers. In the following article, you can read about how Haltermann Carless products already contribute to CO₂ reduction and the work we are doing to drive the development of new sustainable projects.

Haltermann Carless' production site in Speyer has a long history and a promising future. This is due to its strategically favourable location in the heart of Europe, a strong product portfolio, permanent investments in modern technologies and committed employees. The manufacturing plant, which has been in operation since July 1965, has constantly advanced and embraced future trends. At the time of its foundation, modern technologies such as valve bottoms or air-cooled condensation were used and a biological wastewater treatment plant was put into operation. Now the production site is again taking important steps towards the future: for more sustainability and clear customer added value.