... in heating and industrial processes. Yet, rising environmental standards are driving innovations focused on reducing emissions and improving energy efficiency [1]. The pivotal element seems to lie in flame stability, which is determined by the correlation between turbulent mixing and chemical reactions...

... composite in the DuT-TES system nickel foam MXene nanoparticle discharge energy exergetic efficiency melting Stefan number energy efficiency heat transfer enhancement melting and freezing thermal systems Studies have explored different aspects of heat exchangers (HEXs) and phase...

...@bjut.edu.cn Email: 15233637696@163.com Email: 18833853216@163.com Email: yhzhao@bjut.edu.cn Email: Lyuhan4111@163.com Email: wangtengyue@mail.iee.ac.cn Email: t.zhu@utwente.nl 02 08 2024 27 12 2024 03 01 2025 10 01 2025 Energy Efficiency Heat Pipes...

...% of the total energy used in food production [ 4 ]. Therefore, developing energy-efficient drying systems is vital for reducing preservation costs and minimizing the carbon footprint of conventional electric dryers. Solar energy, used in applications such as water desalination and drying, offers a promising...

... analysis exergy analysis TEWI energy efficiency energy systems low temperature heat transfer thermal systems thermophysical properties Fig. 5 R134a and HFO refrigerant behavior of the COP with evaporator temperature R134a and HFO refrigerant behavior of the COP with evaporator...

.... , and Richardson , C. S. , 1996 , “ Central Air Conditioner Usage Patterns in Low-Income Housing in a Hot and Humid Climate: Influences on Energy Use and Peak Demand ,” 1996 ACEEE Summer Study on Energy Efficiency in Buildings: Human Dimensions Energy Consumption , Washington, DC , Aug. 25–31 , pp. 147...

... systems in an aircraft. With sustainable technology development for aircraft, secondary systems such as the ECS are evolving from conventional bleed air to electric-type to improve energy efficiency by reducing fuel consumption. This study introduces a novel electrically driven ECS (EECS) that is designed...

...Rashid A. Haffejee; Pieter Rousseau; Ryno Laubscher The addition of a supplementary high-efficiency cycle integrated with an existing steam power cycle may increase energy efficiency and net generation. In this article, part-load performance and operation of a modular biomass boiler...

...: sarah_shine@163.com Email: shianning1999@163.com Email: 2269881309@qq.com Email: 3207273448@qq.com 19 06 2024 26 09 2024 30 09 2024 21 10 2024 electric vehicle high-power charging battery thermal management charging time energy efficiency energy systems heat...

... topic of research in recent years, and applications include nuclear, solar, traditional fossil fuels, and waste heat recovery (WHR) [ 1 – 6 ]. Coupling the SCBC with the gas turbine cycle (GTC) for power generation has proven to be a potentially efficient option to increase energy efficiency and reduce...

...Zengxi Feng; Lutong Zhang; Wenjing Wang; Gangting Li; Weipeng Xiang In heating, ventilation, and air conditioning (HVAC) systems for large office buildings, accurate cooling load prediction facilitates the elaboration of energy-efficient and energy-saving operation strategies for the system...

... three cycles; the reason is that a large thermal energy is delivered to HTF utilized in PTSC during hot weather. Increased solar energy efficiency led to higher oil temperatures, enhancing heat transfer and turbine power generation. Turbine power drives the compressors of CRC, the greater the amount...

... Figure thermal cycle supercritical carbon dioxide Brayton cycle organic flash cycle performance analysis multi-objective optimization energy efficiency energy systems thermal systems National Natural Science Foundation of China 10.13039/501100001809 52166009...

... saving (ECS) for room C (ATIM wall) is approximately 7.05 kg/100 m 3 /day and 5.23 RMB/100 m 3 /day, respectively, outperforming room A (brick wall) and room B (AAC wall) in terms of energy efficiency and economic benefits. 1 Corresponding author. Email: yucr_2000@163.com Email: shdm9832@163...

... hot water production thermal efficiency of collectors energy efficiency energy systems heat transfer Graphical Abstract Figure 26 04 2024 08 07 2024 19 07 2024 29 08 2024 Email: tarik.elrhafiki@usmba.ac.ma Email: a.hmimou@umi.ac.ma Email...

... 1 Corresponding author. Email: thyuan2004@dingtalk.com Email: 230228098@seu.edu.cn Email: cbzhang@seu.edu.cn Email: zldeng@seu.edu.cn thermodynamic low-grade flue gas cascade utilization optimization zeotropic energy efficiency energy systems thermal systems thermophysical...

... 2024 Energy Efficiency Forced Convection Heat and Mass Transfer Heat Exchangers Heat Transfer Enhancement Accepted Manuscript Not Copyedited Journal of Thermal Science and Engineering Applications. Received October 23, 2023; Accepted manuscript posted July 31, 2024. doi:10.1115/1.4066260...

...Prabhav Agrawala; Yatharth Lilhare; Amit Arora Downsizing double-pipe heat exchangers is possible by deploying ribs on the two sides of the heat exchangers. The shape of these ribs, along with two key geometric variables – pitch and height, are crucial in the selection of energy-efficient rib...

... , M. A. , Abu-Hamdeh , N. H. , Khoshaim , A. , Almitani , K. H. , and Karimipour , A. , 2021 , “ Using Phase Change Material as an Energy-Efficient Technique to Reduce Energy Demand in Air Handling Unit Integrated With Absorption Chiller and Recovery Unit–Applicable for High Solar...

... the high efficiency supplementary sCO 2 cycle to increase net generation and energy efficiency from the existing biomass boiler. Two sCO 2 heater configurations situated within the flue gas flow path are investigated, namely a single convective-dominant heater, and a dual heater configuration...