The global push to reduce greenhouse gas emissions, particularly within the aviation sector, is driving a rapid expansion of sustainable aviation fuel (SAF) production. SAF or biojet is a renewable fuel approved for commercial airlines and can be blended up to 50%...
sustainability
Driving Quality and Safety in Electric Vehicle Battery Production
Most of today’s electric vehicles (EVs) rely on lithium-ion (Li-ion) batteries due to their high-energy density. As these batteries have become increasingly more advanced, so has the manufacturing process required to produce them—a complex interplay of chemical...
Improving Ammonia Production Sustainability
Ammonia production, a cornerstone of global food security, carries a significant environmental footprint. While its output is essential for producing fertilizers to feed billions, it accounts for 1.8% of global CO2 emissions, releasing around 500 million tonnes...
Unlock the Power of Sustainable & Efficient Measurement Instrumentations in Life Sciences
In today's rapidly evolving world, achieving sustainability has become a pivotal goal, especially in industries like life sciences, where energy efficiency and emission reduction are critical. Emerson’s innovative measurement instrumentations are at the forefront of...
Chemical Recycling of Plastic Waste via Conversion
Only about 9% of the world’s plastic waste is recycled, according to the Organisation for Economic Co-operation and Development (OECD). Many post-consumer plastics are considered unrecyclable via traditional mechanical methods and end up in landfills, get incinerated,...
Adopting New Tailings Standards for Mine Sustainability Podcast
In this podcast, Emerson’s Steve Brewer joins me to discuss some of the challenges in addressing these requirements and the role of valve technology in operating successfully.
Driving More Sustainable Packaging Operations
A Compressed Air Best Practices article, Three Ways to Make Packaging Lines More Sustainable, explores the use of pneumatics monitoring and ultrasonic welding technologies to make these improvements.
Data Mobility Drives a More Stable Grid
The power industry is in a state of rapid change, and generation and distribution operations are changing alongside. The cost of renewables assets has reduced dramatically, making it common for modern power generators to harness a wide array of technologies to meet...
Saving the Environment While Saving Lives
The push for more sustainable operations around the globe has touched nearly every industry, and the life sciences are no exception. Manufacturing teams now need to carefully manage waste, energy use, water use, and emissions on top of all their existing...
Comment l’automatisation peut aider les utilisateurs finaux et les fabricants d’appareils à développer l’économie de l’hydrogène propre
Le marché mondial de l’hydrogène se trouve à un moment très excitant. Ayant largement dépassé le stade des prototypes de piles à combustible, d’électrolyseurs (les unités qui séparent l’eau en molécules d’hydrogène et d’oxygène) et de stations de ravitaillement, l’industrie est incitée à passer à l’échelle supérieure. Le fait de se concentrer sur une seule partie de ce marché, la pile à combustible, démontre l’opportunité : Le taux de croissance annuel composé (TCAC) du marché mondial des piles à hydrogène devrait atteindre 45,3 % entre 2022 et 2029, avec des projections d’une valeur de marché atteignant 17,88 milliards de dollars au cours de cette période.
Come l’automazione può aiutare gli utenti finali e i produttori di dispositivi a scalare l’economia pulita dell’idrogeno
Siamo in un momento molto emozionante per il mercato globale dei carburanti a idrogeno. Superata la fase dei prototipi con le celle a combustibile, gli elettrolizzatori (le unità che separano l’acqua in molecole di idrogeno e ossigeno) e le stazioni di rifornimento, l’industria è incentivata a crescere. Concentrarsi su una sola parte di questo mercato, le celle a combustibile, dimostra l’opportunità: Il tasso di crescita annuale composto (CAGR) del mercato globale delle celle a combustibile a idrogeno è previsto a un robusto 45,3% tra il 2022 e il 2029, con proiezioni di un valore di mercato che raggiungerà i 17,88 miliardi di dollari in quel periodo.
Cómo la automatización puede ayudar a los usuarios finales y a los fabricantes de dispositivos a ampliar la economía del hidrógeno limpio
Nos encontramos en un momento muy emocionante para el mercado mundial del combustible de hidrógeno. Una vez superada la fase de prototipo con pilas de combustible, electrolizadores (las unidades que separan el agua en moléculas de hidrógeno y oxígeno) y estaciones de servicio, la industria tiene alicientes para crecer. Centrándonos sólo en una parte de ese mercado, la pila de combustible, se demuestra la oportunidad: La tasa de crecimiento anual compuesto (TCAC) del mercado mundial de pilas de combustible de hidrógeno se prevé en un sólido 45,3% entre 2022 y 2029, con proyecciones de un valor de mercado que alcanzará los 17.880 millones de dólares en ese periodo.
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