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  This report has covered the following topics  An overview landscape of the market,  Swot analysis,  Latest technological advancements,  Certification,  Merger & Acquisition  Investment structure,  costing and certification,  Major players share,  Global NGVs market,  Type 4 cylinder market in India and the rest of the world,  The durability of the Type 4 cylinder Project cost to set up a manufacturing line,  Economic efficiency & safety,  The business scope of the Hydrogen cylinder market,  The Future Trends  Interested companies do write to me by email at  rosaram211@gmail.com  to get more information on the pricing. Thanks. Visit MY BLOG  https://lnkd.in/fcSeK9e

  A Memorandum of Understanding (MoU) between India-based renewable energy company ACME Group and the Government of Karnataka will see an RS52,000 crore ($6.7m) green hydrogen and green ammonia project set up in the Indian state. The project plans to produce 1.2 million tonnes of green hydrogen and ammonia per year, with an additional ‘captive solar unit’. ACME Group has said construction will take place between 2022 and 2027. Over the past year, India’s interest in hydrogen has dramatically increased, with the unveiling of the country’s National Hydrogen Mission, which plans to cut carbon emissions and meet its climate targets. Manoj Kr Upadhyay, founder, and Chairman of ACME Group said, “We are delighted to partner with the State of Karnataka in developing one of the largest and earliest green ammonia projects in the world. We will be a formidable player in accelerating the adoption of green fuel globally. We are grateful to the Government of Karnataka for their vision of building th

The world's most valuable chemical brands on the 2022 list are revealed!

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  Almost 2,000 times more particle pollution is produced by tyre wear than is pumped out of the exhausts of modern cars, tests have shown. The tyre particles pollute the air, water and soil and contain a wide range of toxic organic compounds, including known carcinogens, the analysts say, suggesting tyre pollution could rapidly become a major issue for regulators. Air pollution causes  millions of early deaths  a year globally. The requirement for better filters has meant particle emissions from tailpipes in developed countries are now much lower in new cars, with those in Europe far below the legal limit. However, the increasing weight of cars means more particles are being thrown off by tyres as they wear on the road. The tests also revealed that tyres produce more than 1tn ultrafine particles for each kilometre driven, meaning particles smaller than 23 nanometres. These are also emitted from exhausts and are of special concern to health, as their size means they can  enter organs vi

  German chemists have discovered a highly efficient enzyme that breaks down PET, one of the most used types of plastic in the world, in record time. Christian Sonnendecker and his colleagues at the University of Leipzig identified the enzyme, along with several others, in a compost pile. The plastic-eating enzyme could make biological recycling of PET (polyethylene terephthalate) possible much faster than previously thought possible. It was named PHL7. Bacteria naturally use enzymes to break down plant parts and feed themselves. It has also been known for some time that some enzymes, so-called polyester-cleaving hydrolases, can also degrade plastics. For example, the enzyme LCC, discovered by Japanese researchers, is considered a particularly effective "plastic eater" - there are also fungi that degrade PET. What distinguishes the new enzyme identified now is its speed of action. In the experiments, the researchers added PET to containers with an aqueous solution containing

According to BMI figures, china is ten times the combined number in Europe and North America. At present 125 batteries, Giga factories are more active in producing batteries. In each province, construction is taking place in China. Most large corporations are eying the Chinese market for investing in various projects. Source:https://flo.uri.sh/visualisation/8675841/embed