Sentence examples for chemical processes based on from inspiring English sources

In this paper we introduce an agent-based framework for the diagnosis of chemical processes, based on spatially distributed diagnosis architecture.

This work presents a comprehensive classification of the different methods and procedures for integrated synthesis, design and control of chemical processes, based on a wide revision of recent literature.

This work proposes a new methodology for the flexibility analysis of chemical processes based on rigorous thermodynamic models and optimizations tools with special emphasis on purification processes in the biorefining field.

It can either be obtained by chemical processes based on 2-nitro-1,3-propanediol, dihydroxyacetone and ammonia, dihydroxyacetone oxime or 5-amino-1,3-dioxane, or biotechnological application of amino alcohol dehydrogenases (AMDH) or transaminases.

Most recently, Rea et al. [30] have demonstrated the synthesis of a ten-base oligonucleotide directly on two different porous silicon-based Bragg reflectors, one oxidised by a thermal treatment, the other by a chemical process based on exposure to I2/pyridine.

This paper presents an integrated methodology for design and optimization of chemical process based on the green chemical principles, which inherently incorporates environmental factors into the chemical process synthesis.

Aim of this paper is to carry out a multi-objective optimization (MOO) of a chemical process based on some quantitative analysis of each of the three pillars of sustainability.

Green Chemistry entails a philosophy which is summarized in the twelve principles enunciated by Anastas and Warner, and whose aim is an industrial chemical process based on clean and safe reactions.

The designed synthetic route is a two-step chemical process, based on the hot reduction of metal oleate ((C18H33O2)xM, M=Zn, In, Co, Fe) with metal sodium in liquid paraffin followed by the rapid oxidation of the resulting products.

Microbial desulfurization or biodesulfurization (BDS) is an attractive low-cost and environmentally friendly complementary technology to the hydrotreating chemical process based on the potential of certain bacteria to specifically remove sulfur from S-heterocyclic compounds of crude fuels that are recalcitrant to the chemical treatments.

In this contribution key equipments including advanced wet-chemical texturing and cleaning processes based on ozone (O3) and PVD (Physical Vapour Deposition) for ITO (Indium Tin Oxide) layers are reviewed, which are developed and optimized together with industrial and institutional partners.