CAJ | 학술논문

在实验室将废聚乙烯塑料、减压渣油以及它们的混合物，在反应温度455～495℃、氢气压力0.1～4.0MPa和反应时间2～8h的临氢条件下进行延迟焦化反应。结果表明，由于废聚乙烯焦化的液体产物组成主要为链烷烃和链α-烯烃，占10%的废聚乙烯塑料和减压渣油混合原料的延迟焦化加工过程，可以得到性质较好的焦化柴油馏分。废聚乙烯塑料的加入，还可以减少焦化炉管的生焦，延长装置的运转周期，有望成为回收废塑料减少环境污染的一种途径。
재실험실장폐취을희소료、감압사유이급타문적혼합물，재반응온도455～495℃、경기압력0.1～4.0MPa화반응시간2～8h적림경조건하진행연지초화반응。결과표명，유우폐취을희초화적액체산물조성주요위련완경화련α-희경，점10%적폐취을희소료화감압사유혼합원료적연지초화가공과정，가이득도성질교호적초화시유류분。폐취을희소료적가입，환가이감소초화로관적생초，연장장치적운전주기，유망성위회수폐소료감소배경오염적일충도경。
Delayed coking tests of waste polyethylene plastics, Shenglivacuum residue and their mixture of were conducted on a coking unit in the laboratory. The coking conditions were under a hydrogen pressure of 0.1-4.0 Mpa, a reaction temperatur e range of 455-495 ℃ and a reaction time of 2-8 h. Since the liquid product of the waste polyethylene plastics mainly consisted of alkanes and α-alkenes, bet ter quality gas oil could be obtained from processing the vacuum residue blended with 10% waste polyethylene plastics in comparison with processing vacuum resid ue alone. The co-processing could also reduce the coking in the furnace tubes a nd prolong the running cycle. The said method is expected to be a waste plastics -processing route for reducing environmental pollution.