Research the Potential Risk-Points of the Oilfield Operation Wastewater with High Salinity on the Environment

Rong Huang; Yang Zeng; Guo Yong Du; Jue Wang

doi:10.4028/www.scientific.net/AMR.926-930.4340

Paper Titles

Research on Phenolic Wastewater Treatment Based on Adsorption Methods
p.4324

Research on the Application of Environmental Monitoring and Data Transmission System
p.4328

Research on the Couple of Canal Cultural Heritage and Ecological Community Building
p.4332

Research on the Preparation of Thioether Adsorbent
p.4336

Research the Potential Risk-Points of the Oilfield Operation Wastewater with High Salinity on the Environment
p.4340

Reservoir Forming Conditions of Paleogene Shale Gas and Oil in Liaohe Depression
p.4344

Sequence Strata Division and Source Bed of Coal Bed Gas Accumulation Law of Early~Middle Jurassic at Xinjiang KuBai Coalfield
p.4348

Study on Adsorption Characteristics of Klebsiella Biological Adsorbent to Leaded Wastewater
p.4353

Study on Emission Trading Mode in Shaanxi Province
p.4357

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 926-930Research the Potential Risk-Points of the Oilfield...

Research the Potential Risk-Points of the Oilfield Operation Wastewater with High Salinity on the Environment

Abstract:

Along with the development of the petroleum industry, the harm of high salinity oilfield wastewater to the environment becoming increasingly exposed. By the discussed the suitability of reinjection and feasibility of discharge, we point out the risks of environment caused by the high salinity oilfield operation wastewater. In order to achieve the purposes of cleaner production purposes and avoid the potential harm to the eco-system, we must reduce the use of mineral clay stabilizer or find the substitutes.