首页|桃木炭全光谱太阳光利用材料的制备及其对太阳能海水蒸发性能的影响

桃木炭全光谱太阳光利用材料的制备及其对太阳能海水蒸发性能的影响

A Study on Preparation of Peach Charcoal Full-spectrum Sunlight Utilization Material and Its Solar Evaporation Performance

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为确定碳化对生物质材料太阳光吸收及海水蒸发性能的影响,选用废弃桃木为原料,采用无氧高温碳化法制备具有互连多孔结构的桃木炭.对桃木炭进行了化学表征和形貌分析,并对其进行了太阳能海水蒸发性能测试.结果表明:该材料具有超快速输水和全光谱太阳光吸收能力,在太阳光全波长范围内(250~2 500 nm)吸收率为94.84%.在1个太阳辐照下,PWC海水蒸发率达到1.56 kg·(m2·h)-1,并经过30次循环稳定性测试,蒸发率均保持在1.50 kg·(m2·h)-1以上.
In order to determine the influence of carbonization on solar absorption and seawater evaporation in biomass materials,porous peach charcoal was prepared with anaerobic high-temperature carbonization of waste peach wood,the chemical characterization and appearance were analyzed,and the solar evaporation performance was tested.The results showed that the material featured ultra-fast water transmission and full-spectrum sunlight absorption capacity,and the absorption rate was 94.84%in the full wavelength range of sunlight(250~2 500 nm).Under one solar irradiation,the seawater evaporation rate of PWC reached 1.56 kg·(m2·h)-1,and the evaporation rate remained above 1.50 kg·(m2·h)-1 after 30 cycle stability tests.

Porous peach charcoalfull-wavelength absorptionsolar energyInterfacial seawater evaporation

朱柳燕、宋鹏飞、曹栋、白昀、韩璐、金泽莹、姜玉平、李诗怡、郭雨婷、高洁、王利江、沈星星、杨述、宋士涛

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河北科技师范学院化学工程学院,河北秦皇岛,066600

国网冀北电力有限公司秦皇岛供电公司,河北秦皇岛,0066004

多孔桃木炭 全波长吸收 太阳能 界面海水蒸发

2024

河北科技师范学院学报
河北科技师范学院

河北科技师范学院学报

影响因子:0.414
ISSN:1672-7983
年,卷(期):2024.38(3)