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首页> 外文期刊>Journal of energy and power engineering >Total Integration of Renewable and Fossil Energy Aiming to a Clean and Sustainable Energy System
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Total Integration of Renewable and Fossil Energy Aiming to a Clean and Sustainable Energy System

机译：全面整合可再生能源和化石能源，以实现清洁，可持续的能源系统

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This paper presents a new concept of TIRFE (total integration of renewable and fossil energies), represented by an octagonal structure of all sources, vectors of transmission and optimization of consumption, aiming to a clean and sustainable energy system. The main TIRFE technologies are: cogeneration of H_2 and EE (electric energy) by H_2-BGSCW/TEU (biomass gasification in supercritical water integrated with a thermoelectric unit); use of H_2 from biomass in oil refinery processes for production of light and clean derivatives; supply of H_2 deficiency for methanol production from coal; carbon sequestration by a basket of technologies (exhausted petroleum and gas) wells, underground saline aquifers, forests and stockpile of cellulignin-CL-produced from forest residues); use of H_2-BGSCW/TEU as district CHP (combined heat and power) with photovoltaic panels for EE, including electric car battery recharge; optimization of energy consumption by verticalization of the cities replacing low strength materials (bricks and common cement) by high performance concrete with addition of silica from rice husk. TIRFE helps to solve key problems of H_2-BGSCW/TEU, such as materials, energy recovery, plugging, corrosion, economics and energy security for the first generation of plants, and organizes the development for the second generation. TIRFE can be incrementally implanted in existent and new cities.
机译：本文提出了TIRFE（可再生能源和化石能源的整体整合）的新概念，其特征是所有能源的八边形结构，传播的载体和消耗的优化，旨在实现清洁，可持续的能源系统。 TIRFE的主要技术是：通过H_2-BGSCW / TEU（与热电装置集成的超临界水中的生物质气化），将H_2和EE（电能）联产；来自生物质的H_2在炼油过程中用于生产轻质和清洁衍生物的用途；为煤制甲醇生产提供H_2不足；通过一揽子技术（耗尽石油和天然气）井，地下盐水层，森林以及森林残留物产生的纤维素-CL的储存来固碳；将H_2-BGSCW / TEU用作区域热电联产（热电联产）和EE用光伏电池板，包括电动汽车电池充电；通过垂直化城市，通过添加稻壳中的二氧化硅替代高性能混凝土来替代低强度材料（砖和普通水泥），从而优化能源消耗。 TIRFE帮助解决H_2-BGSCW / TEU的关键问题，例如第一代工厂的材料，能量回收，堵塞，腐蚀，经济和能源安全，并组织第二代工厂的开发。 TIRFE可以逐步植入现有和新的城市。

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