Solar Heating and Cooling Working Fluids Released to the Ecosystem

机译：太阳能加热和冷却工作流体释放到生态系统

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Gylcols, polygloycols, silicone oils, hydrocarbon oils and various corrosion inhibitors and biocides used in solar heating and cooling systems are tested and evaluated for their potential effects on soils, vegetation, and in regard to potential groundwater contamination. Experimental tests include measurement of the effects of additions of these substances to soils on soil microbial respiration, above ground vegetation, and on the mobilization of chemicals in soil water, including the test substance and any significant biodegradation products. Experimental work aims at developing the data base necessary to evaluate the environmental acceptability of the wide range of materials used for this purpose, addressing the need for development of disposal practices and the means of mitigating effects on the environment due to accidental releases. (ERA citation 05:011435)

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Wilson, D. W.; Miera, F. R.;
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年度 1978
页码 1-20
总页数 20
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Solar cooling systems; Solar heating systems; Chemical effluents; Contamination; Corrosion inhibitors; Ecosystems; Environmental impacts; Glycols; Heat transfer fluids; Oils; Pollution; Silicones; Soils; Toxic materials; Water pollution; Working fluids;

机译：太阳能冷却系统;太阳能加热系统;化学废水;污染;腐蚀抑制剂;生态系统;环境影响;乙二醇;传热流体;油;污染;有机硅;土壤;有毒物质;水污染;工作液;

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专利

1. Overview of working fluids and sustainable heating, cooling and power generation technologies [J] . Saffa Riffat, Devrim Aydin, Richard Powell, International journal of low carbon technologies . 2017,第4期

机译：工作液概述以及可持续的加热，冷却和发电技术
2. Overview of working fluids and sustainable heating, cooling and power generation technologies [J] . Devrim Aydin, Richard Powell, Saffa Riffat, International journal of low carbon technologies . 2017,第4期

机译：工作液概述以及可持续的加热，冷却和发电技术
3. Corrigendum to 'Enhancing heat pipe solar water heating systems performance using a novel variable mass flow rate technique and different solar working fluids' [Sol. Energy 186 (2019) 191-203] [J] . Shafieian Abdellah, Osman Junaid Jaffer, Khiadani Mehdi, Solar Energy . 2020,第Deca期

机译：使用新型可变质量流量技术和不同的太阳能工作流体加强热管太阳能水加热系统性能的勘探。能源186（2019）191-203]
4. THEORETICAL STUDY OF A BUILDING COOLING HEATING POWER (BCHP) SYSTEM DRIVEN BY SOLAR ENERGY BASED ON ORGANIC WORKING FLUID [C] . Jiangfeng Wang, Zhequan Yan, Man Wang, ASME turbo expo: turbine technical conference and exposition . 2013

机译：基于有机工作流体的太阳能驱动的建筑冷却供热（BCHP）系统的理论研究
5. Solar thermal cooling and heating: A year-round thermal comfort strategy using a hybrid solar absorption chiller and hydronic heating scheme . [D] . Kirchhoff, Jason P. 2010

机译：太阳能热制冷和供热：采用混合太阳能吸收式制冷机和水力加热方案的全年热舒适策略。
6. Simultaneous harvesting of radiative cooling and solar heating for transverse thermoelectric generation [O] . Satoshi Ishii, Asuka Miura, Tadaaki Nagao, 2021

机译：同时收集横向热电发电的辐射冷却和太阳能加热
7. Solar heating and cooling working fluids released to the ecosystem [O] . D.W. Wilson, F.R. Jr. Miera 1978

机译：释放到生态系统的太阳能加热和冷却工作液
8. Benefits of Advanced Working Fluids for DHC (District Heating and Cooling) Systems. [R] . Choi, U. S., Kasza, K. E. 1988

机译：用于DHC（区域供热和制冷）系统的高级工作流体的优点。

Solar Heating and Cooling Working Fluids Released to the Ecosystem

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