石化技术
石化技術
석화기술
PETROCHEMICAL INDUSTRY TECHNOLOGY
2015年
1期
82-83,102
,共3页
火炬%热辐射强度%噪音%紧急泄放
火炬%熱輻射彊度%譟音%緊急洩放
화거%열복사강도%조음%긴급설방
flare%heat radiation intensity%noise%emergency relief
针对油田老平台火炬对新建平台海上施工有可能产生不利影响，根据相关标准规范要求，应用专业的火炬模拟分析软件Flaresim分别校核火炬在连续泄放及紧急泄放工况下产生的热辐射强度及噪音，得出在紧急泄放工况下火炬会对新建平台有一定影响，并给出了解决方案。
針對油田老平檯火炬對新建平檯海上施工有可能產生不利影響，根據相關標準規範要求，應用專業的火炬模擬分析軟件Flaresim分彆校覈火炬在連續洩放及緊急洩放工況下產生的熱輻射彊度及譟音，得齣在緊急洩放工況下火炬會對新建平檯有一定影響，併給齣瞭解決方案。
침대유전로평태화거대신건평태해상시공유가능산생불리영향，근거상관표준규범요구，응용전업적화거모의분석연건Flaresim분별교핵화거재련속설방급긴급설방공황하산생적열복사강도급조음，득출재긴급설방공황하화거회대신건평태유일정영향，병급출료해결방안。
Against old platform flare may affect offshore construction of new platform, in accordance with relevant standards, heat radiation and noise are verified by the program of Flaresim in normal and emergency case. And a conclusion that flare in the old platform will affect new platform in the emergency case. Finally, conclusions and recommendations are obtained.
