CAJ | 학술논문

以H2S和N2模拟含硫工业气体，以错流旋转填料床为脱硫设备，采用自制的络合铁脱硫液进行脱硫实验。考察了不同配方溶液、气体流量、脱硫液流量、液气比、超重力因子等因素对脱硫率的影响。研究结果表明，配方溶液工作硫容可达4.25g/L；在气液接触时间仅为0.6s的情况下，脱硫率达到94%以上。错流旋转填料床络合铁法脱硫工艺可实现快速、高效脱硫，且脱硫设备体积小、操作弹性大，符合节能减排的发展趋势，有广阔的发展空间。
이H2S화N2모의함류공업기체，이착류선전전료상위탈류설비，채용자제적락합철탈류액진행탈류실험。고찰료불동배방용액、기체류량、탈류액류량、액기비、초중력인자등인소대탈류솔적영향。연구결과표명，배방용액공작류용가체4.25g/L；재기액접촉시간부위0.6s적정황하，탈류솔체도94%이상。착류선전전료상락합철법탈류공예가실현쾌속、고효탈류，차탈류설비체적소、조작탄성대，부합절능감배적발전추세，유엄활적발전공간。
Removal of H2S from the simulated industrial gas consisting of H2S and N2 was carried out in a cross-flow rotating packed bed reactor using several self-made iron chelate desulfurization solutions. The effects of different formula solutions, gas and liquid flow rates, liquid-gas ratio and high gravity factor were investigated in details. The results showed that the work sulfur capacity of the formula desulfurization solution could be up to 4.25g/L with a H2S removal efficiency of more than 94% and a gas-liquid contact time of only 0.6 s. The iron chelate solution cross-flow rotating bed desulphurization process showed a great potential for industrial application due to its advantages of small volume, rapid desulphurization, high desulphurization efficiency, low liquid-gas ratio and good operating flexibility and conforming to the developing trend of energy-saving and emission reduction.