US EPA

1832808 

Journal Article 

Life cycle inventory analysis of offshore drill cuttings management options 

Ding, X; Li, H; Xiong, S 

2013 

Yes 

Advanced Materials Research
ISSN: 1022-6680 

Advanced Materials Research 

610-613 

1117-1120 

10.4028/www.scientific.net/AMR.610-613.1117 

WOS:000319792100221 

The disposal of the drill cuttings is a complex environmental problem. In the paper, two offshore drill cuttings management options are evaluated using life cycle inventory analysis, namely offshore reinjection and onshore solidification. Environmental burdens of the two management options are calculated. Results indicated that: a) From the life cycle perspective, treating 1 m(3) drill cuttings, onshore solidification generate more CO2, CO, NOx, COD, TOC and Ammonia nitrogen than reinjection. On the contrary, reinjection generate more PM 2.5, PM10, SOx, Nitrate, and SS than solidification. Which option has less environmental impact needs further assessment. b) Selecting an environment-friendly curing agent is necessary for solidification process to reduce CO2 emissions. 

life cycle inventory; offshore; drill cuttings; waste management