VOCs Recovery Technology Status on Chinese Oil Terminal

Abstract:

VOCs recovery technology on Chinese oil terminal has been listed as one of five “key energy saving and reduction projects during 12nd five years plan period” by Water Department of MOT, which can bring huge economic benefit. These technologies are mature in some international countries. Chinese VOCs system on Oil terminal are in the status of “initial stage', both the system and regulation required to improve a lot, which the implemented extent also be affected due to special problems caused by Chinese national condition. This paper compared the difference between domestic and international oil terminal VOCs recovery technology, listed the current development situation and barriers of VOCs recovery technology on oil terminal, and also analyzed the issues that should be resolved for extending VOCs technology on oil terminal. A brief introduction about started work be gave at the end of this paper. 

• Periodical: Applied Mechanics and Materials (Volumes 209-211)
• Pages: 1883-1887
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.209-211.1883
• Online since: October 2012
• Authors: Xuan Ya Wang*, Ya Ze Chen, Hong Geng, Jie Gao
• Keywords: Development Situation, Oil Terminal, Vocs Recovery

References

[1] Y. He, X. Lu. The optimal selection analysis for the gasoline vapor recovery method at fuel depots in Beijing [J]. Environment pollution and Control. 2008, 30(1). [In Chinese]

[2] H. Geng, J.Gao, S. Gao, X. Wang. Oil terminal VOCs recovery comprehensive benefit estimation research. China environmental science society conference proceedings. 2011, vol: 03. [In Chinese]

[3] National Ambient Air Quality Standards (NAAQS). Air and radiation. The United Stated. 1990.

[4] H. Pan. VOCs recovery technology in the application of oil terminal [J]. Chinese civil engineering society port branch technology exchange proceedings. 2009. [In Chinese]

[5] C. Wang. American VOCs recovery and environmental protection [J]. Business time. 2004, 10.

[6] IMO. International Maritime Organization. 73/ 78 MARPOL.

[7] Regulation relating to pollution control (pollution regulations). Norway. 2008.

[8] W.N. Tuttle, P.E & J.W. Young, P.E.. An overview of marine vapor control system safety requirements[J]. Port Technology International. 156-159

[9] H. Zhou. VOCs recovery technology in the application gasoline service station [J]. Safe and environmental engineering. 2004 (3): 18-21. [In Chinese]

[10] Current situation and future trend projection report of Chinese port management during 2011- 2016. China research report. www. baogaobaogao.com

[11] 2011 annual report of China national petroleum corporation. [In Chinese]

[12] 2011 annual report of Sinopec. [In Chinese]

[13] Loading and unloading oil terminal fire prevention design standard (JTJ237-99). Ministry of Transportation PR.CHINA. Beijing: China communications press. 1999. [In Chinese]

[14] Y.Li. Vapour reception & disposal technique and management during the loading operation of Volatile Organic Compounds [J]. Transport and Environmental protection. 2003, 24(1):18-22.

[15] OCIMF. Guidance for oil terminal operators on the international maritime organization (IMO)

[16] Safety of personnel, equipment and operations of a facility marine vapour control system (MVCS) - USCG regulation, 1990. United States Coast Guard (USCG). 1990.

[17] Code of Federal Regulation (CFR). http://www.Vapourcontrol.com/links.html

[18] National environmental protection Bureau. GB20950- 2007 Oil storage air pollution discharge standard [S]. Beijing: China environmental science press. 2007. [In Chinese]