Moving Towards a Greener Future, Safely.
—A number of countries have made commitments to move to a net zero emissions economy in response to climate science showing that carbon emissions are having a devastating effect on our planet. To achieve this, existing clean energy types are being ramped up, as well as brand new technologies being introduced to meet our energy demands. Throughout these existing and new technologies come many risks that must be properly addressed to maximise safety for all involved.
Empowering Safe Energy Transition: Dräger CleanTech Solutions
Discover how Dräger supports safety and innovation in the rapidly evolving energy sector. This video highlights the essential role of safety and trust in energy transformation. Watch why Dräger, with more than 130 years of expertise, empowers customers worldwide to navigate change with confidence.
Hydrogen Production, Storage, Transportation and Usage
Hydrogen (H2) is one of the most important sources of clean energy. In a move towards a more sustainable future, the number of hydrogen production and distribution facilities is expanding. With decades of experience in the process industry, Dräger is the ideal partner for customers and stakeholders – especially new players on the market – in assessing risks and providing comprehensive consultancy and hydrogen safety solutions. Dräger offers the first point of contact for hydrogen safety issues with thorough knowledge of the hazards of working with hydrogen.
Carbon Capture, Utilisation and Storage (CCUS)
One of the key technologies to reach the globally committed target to restrict the global warming to significantly below 2°C is Carbon Capture, Utilisation and Storage (CCUS). CCUS could not only decarbonize CO2 intense industries but might also contribute to extract already emitted CO2 from the atmosphere. Large investments from Industry and government are being made to push these applications.
Lithium Ion Battery Production
Lithium Ion Batteries are set to play a critical role in delivering our low-carbon future, largely as a result of the critical role they will play in transforming the future of the transport, by rapidly accelerating the adoption of electric vehicles (EVs) and the decarbonisation of the electricity grid. Within the world we are seeing gigafactories being set up to meet the demand of our changing transport landscape. Within these gigafactories there can be the risk of coming into contact with hazardous substances as well as the risk of fire and explosion. Dräger can offer expert advice around how to keep plant and personnel safe within these new environments.
Methanol
Methanol (chemical formula CH4O or CH3OH) is the simplest alcohol, has the lowest carbon content and highest hydrogen content of any liquid fuel. There are various production methods available from several different feed-stock resources including methanol from natural gas, methanol from coal and also methanol from biomass. Additionally, from renewable resources like black liquor from pulp and paper mills, forest thinning or agricultural waste, and even directly from CO2 that is captured from power plants.
Ammonia
Ammonia production accounts for around 45% of global hydrogen consumption, or around 33 million tonnes (Mt) of hydrogen in 2020. Replacing conventional ammonia with renewable ammonia produced from renewable hydrogen presents an early opportunity for action in decarbonising the chemical sector and supporting clean tech and the energy transition. New applications being explored include renewable ammonia as a zero-carbon fuel in the maritime sector and for stationary power generation as well as a hydrogen carrier for long-range transport.
Gas Detection Roadshow
With the Gas Detection Car, we demonstrate you reliable and the most innovative solutions for gas and flame detection working together in a complete system. Experience Dräger gas detection technologies live.
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