动力工程学报
動力工程學報
동력공정학보
JOURNAL OF POWER ENGINEERING
2011年
7期
534-538
,共5页
烟气脱硫%椰壳活性炭%CuO/AC脱硫剂%煅烧温度%Cu担载量%脱硫反应温度
煙氣脫硫%椰殼活性炭%CuO/AC脫硫劑%煅燒溫度%Cu擔載量%脫硫反應溫度
연기탈류%야각활성탄%CuO/AC탈류제%단소온도%Cu담재량%탈류반응온도
flue gas desulphurization%cocoanut shell activated carbon%CuO/AC desulphurizer%calcination temperature%Cu loading capacity%desulphurizing temperature
建立了固定床烟气脱硫反应器,采用椰壳活性炭(AC)担载Cu制备脱硫剂CuO/AC,研究了煅烧温度、Cu担载量、脱硫反应温度及烟气成分对脱硫剂脱硫性能的影响.结果表明:CuO/AC脱硫剂煅烧温度为250℃时较适宜;Cu担载量为5%~7.5%、脱硫反应温度为200~250℃、烟气中有适量的O2时,CuO/AC脱硫剂具有较好的脱硫能力;再生温度为300℃时得到的再生脱硫剂的脱硫效果最好,但脱硫能力与新的脱硫剂相比有所下降.
建立瞭固定床煙氣脫硫反應器,採用椰殼活性炭(AC)擔載Cu製備脫硫劑CuO/AC,研究瞭煅燒溫度、Cu擔載量、脫硫反應溫度及煙氣成分對脫硫劑脫硫性能的影響.結果錶明:CuO/AC脫硫劑煅燒溫度為250℃時較適宜;Cu擔載量為5%~7.5%、脫硫反應溫度為200~250℃、煙氣中有適量的O2時,CuO/AC脫硫劑具有較好的脫硫能力;再生溫度為300℃時得到的再生脫硫劑的脫硫效果最好,但脫硫能力與新的脫硫劑相比有所下降.
건립료고정상연기탈류반응기,채용야각활성탄(AC)담재Cu제비탈류제CuO/AC,연구료단소온도、Cu담재량、탈류반응온도급연기성분대탈류제탈류성능적영향.결과표명:CuO/AC탈류제단소온도위250℃시교괄의;Cu담재량위5%~7.5%、탈류반응온도위200~250℃、연기중유괄량적O2시,CuO/AC탈류제구유교호적탈류능력;재생온도위300℃시득도적재생탈류제적탈류효과최호,단탈류능력여신적탈류제상비유소하강.
CuO/AC desulphurizers were prepared using cocoanut shell activated carbon as the support and a fixed-bed flue gas desulfurization(FGD) reactor was set up,so as to study the influence of following factors on FGD performance of the desulphurizer,such as the calcination temperature,Cu loading capacity,desulphurizing temperature and gas component,etc.Results show that for higher FGD performance of CuO/AC desulphurizer,the calcination temperature would better be kept at about 250 ℃,Cu loading capacity in 5%-7.5%,desulphurizing temperature in 200-250 ℃ and O2 concentration in flue gas at a moderate degree.Regenerated desulphurizer would have better performance if the regeneration temperature is kept at 300 ℃,however,its desulphurization reactivity is worse than the original CuO/AC desulphurizer.