Answered You can hire a professional tutor to get the answer.
Hi, need to submit a 1250 words paper on the topic Applications and Development of Catalyst for the Synthesis of Highly Functional Organic Carbonates.
Hi, need to submit a 1250 words paper on the topic Applications and Development of Catalyst for the Synthesis of Highly Functional Organic Carbonates. The negative effects can also be minimized through production of synthetic polymers which are biodegradable or easy to recycle.
Carbon as important industrial raw material is predominantly sourced from fossil sources of energy while plastic synthesis accounts for about seven percent of oil usage in the whole world. The future of fossil energy is not promising and as such need for other routes like biorenewable energy sources and biodegradable polymers. The world is also producing around 150M tons of plastic per year, America alone carries the burden of 30M tons which in landfills or get incinerated on our soils per year. This increases need for easy to recycle and biologically degradable polymers. they are valuable as they pose less adverse environmental effects. It is thus important to study progress on development of more environment friendly polymers and more especially those from renewable sources.
To protect the environment through development and application of procedures which enable production of more biologically safe polymers and reduce dependence on fossil fuels as the source of industrial carbon.
The study requires a lot of chemical reagents such as the catalysts and precursors which require a good budget and thus financial constraints might pose a challenge to the success of the research in wholesomely exploring the topic. It also requires the employment of human resources such as lab assistants which require remuneration and this could contribute to budgetary constraints apart from the fact that some of the catalysts are expensive and not easily available.
Coates and Jeske (2009) in Hand of Green Chemistry discuss the evolution of epoxide-CO2 from carbon dioxide and propylene oxide under the catalysis of H2O mixed with ZnEt2.
