Synthesis of an integrated biorefinery via the C-H-O ternary diagram

D. H. S. Tay; D. K. S. Ng; H. Kheireddine; M. M. El-Halwagi

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Synthesis of an integrated biorefinery via the C-H-O ternary diagram

机译：通过C-H-O三元图合成生物精炼厂

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An integrated biorefinery is designed to handle a wide variety of feedstocks (mainly biomass) and can produce a broad range of products (e.g., biofuel, bio-chemicals, etc.) via multiple conversion pathways and technologies. Gasification is recognized as one of the most promising technologies for initial processing of biomass. It uses thermal energy to convert the biomass feedstock into a gaseous mixture, which is also known as syngas, consisting mainly of carbon dioxide (CO_2), steam (H_2O), methane (CH_4), carbon monoxide (CO) and hydrogen (H_2). It is noted that the composition of syngas, especially the ratio of H_2 to CO, is crucial when the syngas is further converted to liquid fuels and chemicals. In this work, a graphical targeting approach for the evaluation of gas phase equilibrium composition of biomass gasification is proposed. Based on the targeted composition, a conceptual design of an integrated biorefinery can be systematically developed.

机译：一体化的生物精炼厂旨在处理多种原料（主要是生物质），并可以通过多种转化途径和技术生产多种产品（例如生物燃料，生物化学产品等）。气化被认为是生物质初始加工的最有前途的技术之一。它利用热能将生物质原料转化为气体混合物，也称为合成气，主要由二氧化碳（CO_2），蒸汽（H_2O），甲烷（CH_4），一氧化碳（CO）和氢（H_2）组成。应当指出，当合成气进一步转化为液体燃料和化学品时，合成气的组成，尤其是H_2与CO的比例至关重要。在这项工作中，提出了一种用于评估生物质气化气相平衡组成的图形化目标方法。基于目标组成，可以系统地开发一体化生物精炼厂的概念设计。

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来源
《Clean technologies and environmental policy》 |2011年第4期|p.567-579|共13页
作者
D. H. S. Tay; D. K. S. Ng; H. Kheireddine; M. M. El-Halwagi;
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作者单位

Department of Chemical and Environmental Engineering, University of Nottingham (Malaysia Campus), Broga Road, 43500, Semenyih, Selangor, Malaysia;

Department of Chemical and Environmental Engineering, University of Nottingham (Malaysia Campus), Broga Road, 43500, Semenyih, Selangor, Malaysia;

Department of Chemical Engineering, Texas A&M University,College Station, TX 77843-3122, USA;

Department of Chemical Engineering, Texas A&M University,College Station, TX 77843-3122, USA;

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正文语种 eng
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biorefinery c-h-o ternary diagram carbon deposition boundary conceptual design gasification syngas;

机译：生物炼油厂C-H-O三元图碳沉积边界概念设计气化合成气;

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机译：从化石燃料和生物质中吸收固体吸收剂的硫的见解：再谈C-H-O三元图
2. A consideration of ternary C-H-O diagram for diamond deposition using microwave in-liquid and gas phase plasma [J] . H. Toyota, S. Nomura, S. Mukasa Diamond and Related Materials . 2011,第8期

机译：考虑使用微波液相和气相等离子体进行金刚石沉积的三元C-H-O图
3. Construction of a new C-H-O ternary diagram for diamond depostion from the vapor phase [J] . Eaton S.C., Sunkara M.K. Diamond and Related Materials . 2000,第7期

机译：构造新的E-C-H-O三元图以从气相沉积金刚石
4. Control of Phases to be Synthesised by Electrochemical Synthesis from Molten Salts. The Ternary EES Diagram for the Ti-B-Al system [C] . G.Kaptay European research conference on molten salts . 1999

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5. Thermodynamic Calculations of Ternary Polyalcohol and Amine Phase Diagrams for Thermal Energy Storage Materials. [D] . Shi, Renhai. 2016

机译：储热材料的三元多元醇和胺相图的热力学计算。
6. OLA1 regulates protein synthesis and integrated stress response by inhibiting eIF2 ternary complex formation [O] . Huarong Chen, Renduo Song, Guohui Wang, -1

机译：OLA1通过抑制eIF2三元复合物的形成来调节蛋白质合成和整合的应激反应
7. Synthesis of an integrated biorefinery via the C–H–O ternary diagram [O] . Douglas Han Shin Tay, Denny Kok Sum Ng, Houssein Kheireddine, 2011

机译：通过C-H-O三元图合成整合生物术语
8. Illustration of Ternary Diagram Synthesis-Mn-Ti-Fe and Al-Ti-Fe [R] . Kaufman, L., Dew-Hughes, D. 1979

机译：三元图合成-mn-Ti-Fe和al-Ti-Fe的示意图

Synthesis of an integrated biorefinery via the C-H-O ternary diagram

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