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Can you guys recycle the by-product coming out from PET recycling plant having some impurities but with majority PET content. for e.g. Fluffy flakes and grinder fines?
OMV specializes in PO (Polyolefin) recycling and therefore does not recycle feedstock with high PET content. Please refer to our website to find out more about our recycling technologies: new.omv.com/en/expertise/chemicals/reoil
Hello. Please head over to our OMV Jobboard: careers.omv.com/?locale=en_US. There you can find an overview of our current vacancies and directly apply for a position you are interested in.
Biwase hướng tới Tương lai Xanh - Công nghệ A.I - Tái tạo môi trường trở về với thiên nhiên đã là một phần trong triết lý của Biwase. Đó chính là Công nghiệp hóa - Hiện đại hóa - Tự động hóa dây chuyền sản xuất sử dụng 100% năng lượng tái tạo từ điện lò nhiệt, điện khí Biogas, điện mặt trời, điện gió và động cơ đốt trong chạy bằng khí hydro tách chiết trong quá trình điện phân nước thành khí oxy và khí hydro được Biwase khai thác từ các nguồn năng lượng tự nhiên xanh, nguyên vật liệu tái tạo sạch.. sản xuất điện phục vụ cho mọi hoạt động tại các nhà máy nhằm trung hòa carbon là xu hướng tất yếu cốt lõi của thương hiệu Biwase
Wenn man Luft mit Wasserstoff verbrennt, dann entsteht aber mehr als Wasser. Alles, was in der Luft ist, reagiert auch mit dem H2. Was ist mit dem Stickstoff? Was ist mit dem CO2? Kommt da nicht in etwa das Gleiche bei raus, als wenn Kohlenwasserstoffe verbrannt werden? Dabei entsteht wertvolles CO2 und Wasser. Beides essentiell für das Leben. Von der Herstellung des Wasserstoffs ganz zu schweigen. Er besitzt nicht viel Energie. Nur Wasser würde entstehen, wenn man reinen Sauerstoff mit dem H2 verbrennen würde.
If more facilities started opening and doing this, and using the natural gas to power the production, this could be a game changer. Even if it costs money who cares? This planet needs saving.
I mean the hydrogen cars will run on hydrogen rite and its hard to store hydrogen , so instead of hydrogen why not put water in the tank and use this method to extract hydrogen and use the hydrogen for combustion and release the oxygen in the atmosphere. I sounds good but im sure its gonna be a difficult thing to achieve. But its my though❤
Hello. Please head over to our OMV Jobboard: careers.omv.com/?locale=en_US. There you can find an overview of our current vacancies and directly apply for a position you are interested in.
Should have mentioned possible green hydrogen production. EV charging at night. The tech that encases the bore holes and a few other things... All in all "danke Herr Reinhold"
Many thanks for these highly interesting insights into Eavor Technology. Please keep us informed about the projects, especially whether and how the system proves itself in practice.☺
Through my work at geothermal power stations, I'm convinced geothermal energy has the potential to become a major source of clean power. The key will be developing efficient ways to tap into the Earth's abundant heat everywhere on earth and it will replace all energy producing systems
Geothermal energy has the potential to be a major source of clean and renewable energy, but its development has been hindered by greed. By 2030, hopefully we will see significant progress in harnessing this endless abundant resource.
Tolles Video. Leider ist das mir immernoch etwas unklar warum man Elektrolyte in das Wasser hinzugeben muss. Wenn man ja annimmt das elektronische Energie durch die Spaltung von wasser benötigt wird, ergibt sich doch kein positiven oder negativen ladungsüberschuss. Die Wassermolekühle nehmen doch einfach die Elektronen auf, wodurch H2 und 1/2O2 entsteht, welche nicht positiv oder negativ geladen sind. Würde dann einfach kein positiver oder negativer Ladungsüberschuss existieren? Warum braucht man dann zusätzlich noch Elektrolyte?
Grundsätzlich wird bei der Elektrolyse ein Elektrolyt benötigt um die Leitfähigkeit des Wassers herzustellen. Bei der PEM-Elektrolyse wird anstatt eines flüssigen Elektrolyts ein Festpolymer- Elektrolyt (Protonen durchlässige Membran) für die Herstellung von Wasserstoff verwendet. Bei der PEM Technologie ist es daher möglich, reines Wasser als Einsatzstoff zu verwenden.
Könnt ihr mir evtl eine reaktionsgleichung dazu erläutern, welche die Relevants von elektrolythen hervorhebt? Ich will einfach nur wissen wie genau das Elektrolyt die Leitung von wasser beeinflusst. Das muss doch irgendwie bei einer Redoxgleichung vorkommen... (elektrolyse ohne PEM)
Aqui no Brasil curso é CBSP só que este aí muito mais completo meus Parabéns. Daqui a pouco as empresas offshore vão exigir também esse treinamento mais avançado.
