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N o v e m b e r 1 2 - 1 3 , 2 0 1 8 | R o m e , I t a l y
Joint Event on
OF EXCELLENCE
IN INTERNATIONAL
MEETINGS
YEARS
&
CHROMATOGRAPHY AND SEPARATION SCIENCE
World Congress on
SATELLITE AND SPACE MISSIONS
International Conference and Exhibition on
Chromatography 2018 & Satellite 2018 Journal of Chemical Technology and Applications| Volume 2
Davidson E Egirani, J Chem Tech App 2018, Volume 2
CHROMATOGRAPHY AND SEPARATION
SCIENCE IN INTEGRATED ENVIRONMENT
CODE FOR SUSTAINABLE DEVELOPMENT
Davidson E Egirani
Enopmc services ltd, UK
Communities recognize that the steadily increasing level of economic ac-
tivities and population growth, lead to an increase in environmental pres-
sure on critical areas. These adversely impact on the aquatic and terrestrial
environment of the population and fragile ecosystems. Therefore, there is
need for stakeholders to critically appraise principles, policies and practic-
es that could lead to sustainable environment that is driven by chromatog-
raphy and separation science principles and practices. This is applicable in
management of active environmental resources that are contaminant free.
This is for enhancing social, economic and environmental resource perfor-
mance. Management of watershed, industrial systems, agricultural systems
and biodiversity could fail, in the absence of integrated improved separation
and chromatography techniques to environmental management. Therefore,
sustainable organs need to handle legal instruments in a sustainable manner
to encourage and support integrated programs of industrial and agricultural
communities. The significant focus areas of sustainable agricultural devel-
opment, industrial development, and management of the natural resources
have suffered setback. These setbacks are due to the limited understanding
of the role of chromatography and separation science principles and practic-
es. There is minimal catalysis and chemical engineering-based management
system in developed and developing countries. In planning and attempting
to manage man and the resources under his control, the ability to subdue
waste using chromatography and separation science approach is critical to
stakeholders and should continuously form a component of the management
review and plan. This is because, waste inclusive agricultural and industrial
waste knows no boundary. This poses the most challenging aspect of pros-
perity offered by the quality, quantity, diversity and sustainability of our envi-
ronmental resources. Therefore, this paper would discuss the content of an
integrated environment code anchored on a sustainable chromatography and
separation science planning cycle. This approach could drive and sustain the
harmony between man and the environment.
Davidson E Egirani has completed his PhD in environ-
mental science at the University of East Anglia, United
Kingdom, now he is an Academic of Environmental
and Applied Geology, head of EAAWRE research on the
aquatic environment. He has done his ., . in the
field of Earth Sciences at Ibadan. He got Thomas Edison
Award-2014 in Energy and Environmental Science for
Inspiration and knowledge distribution among young
research scholars. Currently his researches focus on
the effect of anthropogenic activities on aquatic environ­
ment, with special emphasis on the reduction of toxic
metals in agricultural and industrial systems using min­
eral adsorbents. He has published over 70 articles that
have been cited over 69 times. As a Lead Consultant, he
got practical experiences in providing expert advice on
the effect of mine water chemistry on agricultural land,
cutting across Asia, Africa and the United Kingdom. Dr
Davidson Egirani is a Visiting Lecturer to International
Universities. He is a member of several international
professional organizations inclusive, International Medi­
cal Geology Association and Council for Nutritional and
Environmental Medicine.
BIOGRAPHY