Cream and Green Illustrative Science Project Presentation

[Audio] Good afternoon everyone. Today I am here to talk to you about catalysis a principle of green chemistry. I will be discussing how catalysis unlocks sustainable chemical processes and how it can help reduce hazardous substances and promote environmental conservation. I look forward to having a great conversation about this important topic..

[Audio] Catalysis is an integral component of green chemistry that enables us to make chemical processes more sustainable and efficient. A catalyst a molecule which assists a chemical reaction without being consumed accelerates the reaction rate permitting chemists to increase reactivity whilst drastically lowering the time and energy necessary for the reaction. This is an economical way to save resources resulting in an optimized and cost-effective process. Through the utilization of catalysis sustainable chemical processes that abide by the principles of green chemistry can be achieved..

[Audio] Green chemistry is an approach to chemical processes and products that seeks to reduce their environmental impact. It focuses on minimizing the use and generation of hazardous substances in order to conserve resources and support sustainable development. Catalysis a fundamental concept of green chemistry is aimed at promoting reactions that are efficient clean and safe while producing less waste. It is important for chemists to be aware of green chemistry principles and take them into account when designing processes and products..

[Audio] Catalysis is a major step forward in Green Chemistry allowing for the transformation of chemical compounds more effectively and sustainably. It facilitates the production of desired molecules faster and with fewer resources thereby resulting in less waste. Organic inorganic organometallic and biological catalysts can replace stoichiometric processes in chemical operations leading to a decreased use of energy and resources. This implies a lower environmental impact of chemical processes thus aiding in the sustainability of the chemistry industry..

[Audio] Catalysis is an invaluable tool for the modern chemical industry unlocking sustainable chemical processes. Catalysts in the form of small molecules or solids lower the activation energy required for successful chemical reactions allowing them to occur faster more efficiently and with less waste. This has made the production of desired chemical products more economical and has been an important part of green chemistry. Catalysis has truly revolutionized the industry with its impact on sustainability speed and efficiency proving invaluable..

[Audio] Catalysis is an essential part of green chemistry which seeks to create sustainable chemical processes. This presentation focuses on catalytic applications in green chemistry including hydrogenation oxidation dehydrogenation and enzymatic biocatalysis. Platinum palladium or nickel are used as catalysts in hydrogenation allowing for the conversion of renewable raw materials into useful products through the addition of hydrogen to unsaturated compounds. Transition metals or metal oxides are utilized as oxidation catalysts for adding oxygen atoms or removing hydrogen atoms to bring forth valuable chemicals from renewable feedstocks. Dehydrogenation catalysts such as iron or ruthenium can be used to form unsaturated compounds from renewable starting materials supplying alternatives to petrochemical-based synthesis methods. Lastly enzymes can be employed to catalyze reactions offering elevated selectivity and efficiency while generating minimal waste..

[Audio] Catalysis is a powerful tool for green chemistry with numerous applications for creating sustainable chemical processes. It allows us to accelerate reactions minimize waste and increase efficiency all while adhering to environmental best practices. We have experienced how catalytic processes can be employed to convert renewable resources into useful products utilizing fewer resources and diminishing the environmental impact. As the domain of green chemistry grows catalysis will stay a fundamental part of our sustainable approaches driving further ingenuity and paving the way to a more promising future..

Thank you!.