EEEP16447: Research on PM2.5 Emission Reduction Path of China 's Electric Power Industry Based on DEA Model
Y M Jin, Yang Fan and Liu Jun
Abstract
Based on the theory of data envelopment analysis, this study constructs the environmental performance evaluation model of the power industry, analyzes the performance of development of clean energy, the implementation of electricity replacement…

EEEP17222: Feasibility study on an energy-saving desiccant wheel system with CO2 heat pump
Yefeng Liu*, Deren Meng, Shen Chen
Abstract
In traditional desiccant wheel, air regeneration process occurs inside an open loop, and lots of energy is consumed. In this paper, an energy-saving desiccant wheel system with CO2 heat pump and closed loop air regeneration is proposed…

EEEP19005: Dynamic simulation in the process of pressurized denitration based on oxy-fuel combustion
Qiang HUANG, Jun LI, Liqi ZHANG, Dong ZHOU
Abstract
Oxy-fuel combustion is considered as one of the most promising technologies for capturing CO2 from coal-fired power plants. It will greatly reduce the cost of gas purification if we remove NOx in the process of compression, which is the characteristic of oxy-combustion…

EEEP18755: Short-term PV/T module temperature prediction based on PCA-RBF neural network
J Y Li，Z D Zhao，Y S Li，J Xiao，Y F Tang
Abstract
Aiming at the non-linearity and large inertia of temperature control in PV/T system, short-term temperature prediction of PV/T module is proposed, to make the PV/T system controller run forward according to the short-term forecasting situation…

EEEP17286: Growing a green economy in China
Weng Qingqing
Abstract
With the rapid development of economy, resource depletion and environmental degradation have become serious challenges for Chinese sustainable development. Green development is a mode of well-environmental and high-quality economic development…

EEEP17154: Key issues in theoretical and functional pneumatic design
Z G Xu, D Y Yang, W M Liu, T T Liu
Abstract
This paper studies the energy release of the pneumatic engine in different thermodynamic processes, the isothermal process is the highest power output process, while adiabatic process is the lowest energy output process, and the energy release of the pneumatic engine is a multi-state thermodynamic process…

EEEP17488: Catamaran or Semi-Submersible for Floating Platform – Selection of a Better Design
Idrees Qasim, Liangtian Gao and Bo Liu
Abstract
With nonstop advancement in marine engineering, more and more new structures are being designed and explored for tidal current energy. There are three different kinds of support structures for tidal current power station mostly in use…

EEEP11058: Enhancement of methylbenzene adsorption capacity through cetyl trimethyl ammonium bromide-modified activated carbon derived from Astragalus residue
N Feng, W fan, Y Zhang and M Zhu
Abstract
Activated carbon was prepared from astragalus residue by KOH and then treated with cetyl trimethyl ammonium bromide (CTAB) and used for the removal of methylbenzene from aqueous solution. The samples were characterized by FTIR, XRD, SEM and…

EEEP18800: Study on energy-saving performance of a transcritical CO2 heat pump for food thermal process applications
Yefeng Liu*, Jun Yu, Qi Wu
Abstract
In food processing, there are significant simultaneous demands of cooling, warm water and hot water. Most of the heated water is used only once rather than recycled. Current heating and cooling systems consume much energy…

EEEP11661: Well pattern optimization in a low permeability sandstone reservoir: A case study from Erlian Basin in China
XIA WANG , Lixia FU*, Aihua YAN，Mingjun CHEN, Fajun GUO, Cong WU, Xiuqin LU, Hong CHEN, Xinying WANG, Fan ZHANG, Ming LU, Zhao XUE
Abstract
Study on optimization of development well patterns is the core content of oilfield development and is a prerequisite for rational and effective development of oilfield. The study on well pattern optimization mainly includes types of well patterns and density of well patterns. This paper takes the Aer-3 fault block as an example…

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