生态经济
生態經濟
생태경제
Ecological Economy
2014年
7期
96~97
,共null页
可再生能源 海水淡化 电解水 零排放
可再生能源 海水淡化 電解水 零排放
가재생능원 해수담화 전해수 령배방
renewable energy; desalination; water electrolysis; zero release
针对现存海水淡化方法将浓海水排入大海,对生态环境造成不利影响的缺点,结合可再生能源海水淡化和可再生能源电解水,对海水淡化系统进行产业链的延伸。不仅能够实现海水淡化的浓盐水得到全部利用,而且对海水淡化的产品进行了就地消化与延生,提高了海水的利用效率和经济效益,降低了对生态环境的影响。
針對現存海水淡化方法將濃海水排入大海,對生態環境造成不利影響的缺點,結閤可再生能源海水淡化和可再生能源電解水,對海水淡化繫統進行產業鏈的延伸。不僅能夠實現海水淡化的濃鹽水得到全部利用,而且對海水淡化的產品進行瞭就地消化與延生,提高瞭海水的利用效率和經濟效益,降低瞭對生態環境的影響。
침대현존해수담화방법장농해수배입대해,대생태배경조성불리영향적결점,결합가재생능원해수담화화가재생능원전해수,대해수담화계통진행산업련적연신。불부능구실현해수담화적농염수득도전부이용,이차대해수담화적산품진행료취지소화여연생,제고료해수적이용효솔화경제효익,강저료대생태배경적영향。
In according to adverse effect on ecological condition by discharging concentrated seawater into the sea, the paper combines renewable energy desalination and renewable energy electrolysis of water and expand the chain of desalination system. The brine of desalination will be utilized fully, moreover the desalination product is digested and expanded on the spot, which improve water use efficiency and economic benefits and reduce the impact on the ecological environment.