NISHANTH WALLPAPERS

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The developed methodologies will be applied in palm oil mill to convert oil palm biomass into the optimal products through the most efficient pathway. Novel product development techniques for palm oil-based biorefinery With the awareness of environmental issues throughout the world, the global trend of development is heading towards sustainable development and green processes. Tools for chemical product design: In order to identify the optimum synthesis route to produce the chemicals from oil palm biomass, mathematical optimization based technique will be developed to determine the reaction pathways inside an integrated biorefinery. However, the use of amine for CO 2 capture has some disadvantages, such as high energy required for solvent regeneration, high vapour pressure which lead to subsequent solvent loss, degradation of solvent, and plant corrosion.

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Product and molecular design, mixture design, design of ionic liquids and integrated biorefineries. In my work, systematic methodologies to convert oil palm biomass nishanhh optimal products through the most efficient conversion pathways will be developed.

Nishanth Sagar – Wikipedia

Research Summary Design of Ionic liquids for CO 2 capture Greenhouse gases emission is niishanth as the main factor of climate change, and carbon dioxide CO 2 makes up vast majority of them. A novel methodology for molecular design via data driven techniques Journal of Physical Science.

In my work, ionic liquids ILs are considered as possible alternative to amine solvents.

Due to their negligible vapour pressure, high thermal stability, and flexibility to tune the properties by matching cations and anions, ILs are now studied for many applications like refrigerants, mass separating agents and solvents. Luffa acutangula peel as an effective natural biosorbent for malachite green removal bishanth aqueous media: Design of alternate solvent for recovery of residual palm oil: To determine the optimal molecules of the product, systematic methodologies will be developed to represent product attributes in terms of properties of the product.

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Integration of chemical reaction pathway synthesis and product design is proposed to achieve this objective. Novel product development techniques for palm oil-based biorefinery With the awareness of environmental issues throughout the world, the global trend of development is heading towards sustainable development and green processes.

Same efforts have been done in palm oil mill as well. Economic, incremental enviromental burden and energy assessment with multiobjective optimization AIChE Journal. However, the use of amine for CO 2 capture has some disadvantages, such as high energy required for solvent regeneration, high vapour pressure which lead to subsequent solvent loss, degradation of solvent, and plant corrosion.

The developed methodologies will be applied in palm noshanth mill to convert oil palm biomass into the optimal products through the most efficient pathway. Efficient product design techniques for the design of different chemicals that meet the customer requirements will be developed.

Nishanth Sagar

Carbon capture and storage CCS is a vital technology to mitigate industrial CO 2 emissions, which is mainly generated in power plants. Robust chemical product design via nishanhh optimisation approach Computer Aided Chemical Engineering. A systematic visual methodology to design ionic liquids and ionic liquid mixtures: Ionic liquids are organic salts which are liquid at and around room temperature.

Tools for chemical product design: Expertise Summary Product and molecular design, mixture design, design of ionic liquids and integrated biorefineries. An integer optimization algorithm for robust identification of non-linear gene regulatory networks BMC Systems Biology. With the awareness of environmental issues throughout the world, the global trend of development is heading towards sustainable development and green processes.

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Integrated biorefinery has the ability to achieve this by providing sustainable and environmentally benign alternatives for the production of bulk and fine chemicals from oil nishaanth biomass. Currently, post-combustion capture based on aqueous amine scrubbing is considered as the most suitable technology for CO 2 capture, especially in existing plants. In niwhanth mill, various oil palm biomasses which are normally treated as waste are converted into value added products.

Synthesis of sustainable integrated biorefinery via reaction pathway synthesis: His main areas of expertise include product and molecular design, mixture design and integrated biorefineries. Resource conservation is one of the approaches in compliance with the sustainable consumption and production SCP in industries.

A systematic methodology for optimal product design in an integrated biorefinery Computer aided Chemical Engineering. The optimal IL obtained using this approach is shown to be able to perform desired absorption of CO 2 from combustion flue gas.

Molecular Synthesis Computer aided Chemical Engineering. Get social Connect with The University of Nottingham through social media. Challenges and opportunities in niishanth aided molecular design Computer Aided Chemical Engineering. Greenhouse gases emission is known as the main factor of climate change, and carbon dioxide CO 2 makes up vast majority of them.