Clinical Microbiology: Open Access

Industrial microbiology is a core role of goal for ZET

7^th Annual Summit on Microbiology: Education, R&D and Market

September 28-29, 2018 | San Antonio, USA

S M Shamsuddin Khaled

Institution of Engineers, Bangladesh

Scientific Tracks Abstracts: Clin Microbiol

Abstract:

Cumulative carbon emissions has led to climate projections reveal global-mean surface warming increasing in terms of the dependence of surface warming on radiative forcing, fractional radiative forcing from CO2, and the dependence of radiative forcing from CO2 on carbon emissions & all varies with climate sensitivity and ocean heat & carbon uptake, since due to uncertainties in the climate sensitivity and ocean heat uptake are large intermodal differences in the sensitivity in surface warming to carbon emissions. Hence predict how much carbon may be emitted before reaching a warming target. To reduce global warming emissions, as the goal is ZE, otherwise these impacts will continue to intensify, grow ever more costly and damaging, and increasingly affect the entire planet. Zero-emissions by future could be a key deal for climate action to ensure & realize a sustainable society. The Utilization of the earth's resources can be brought back to sustainable levels that accompanied by a shift towards renewable sources. Industrial microbiology is the research and technology in fossil fuel energy recovery and chemical feedstocks Important the wide range for upstream and downstream activities in the Crude oil industry. Geophysicists and engineers have struggled for recognition. This discipline in a world as well as awareness of microbial mediated processes e.g. reservoir biodegradation, reservoir souring and control microbial enhanced oil recovery. From an environmental perspective, the elimination of waste represents the ultimate solution to pollution problems that threaten ecosystems at global, national and local levels. Long term sustainability depends on substantial reductions in the generation of waste and pollution, under the Zero Emissions approach.

Biography :

Shamsuddin Khaled is Professionally in Energy and Environment Specialist as he holds numerous Corporate Advisory Positions, Professional Affiliations, consultancy work for companies and has given expert advice also led and delivered more than 50 projects (20GWe+) of Thermal & Renewable Power Generation Industries promote (HELE) such as USC/SC CFPP, CCPP, Solar CSP/PV, Multi fuel Fired (IC Engine based)Tri-generation/Quad-generation energy research, Engineering/Design, O & M, Commissioning, Performance Benchmarking knowledge transfer with Proficiency in Codes & standard(s) Including EHV/HV/MV-GIS/ AIS (+35GVA). As a highly sought public speaker, he has delivered more than 200 lectures, speeches, and invited talks in the last few years such as conference scientific committee member, OCM, scientific advisory board member, keynotes Speaker, plenary lectures at international scientific conferences and contributed to numerous scientific research and its utilization in the world. He is part of the Sustainable Industrial Systems research group and specializes in the life cycle impacts of energy technologies including environmental, social and economic aspects energy sector.

E-mail: kan.engr.khaled@gmail.com