Heavy Oil Gathering Process Test Research

Jiang Meng; Lian Cheng Ren; Yan Zhang; Yue Li Chen

doi:10.4028/www.scientific.net/AMR.608-609.1424

Paper Titles

Hydrothermal Oxidation of Industrial Alkali Lignin for Producing Small Molecular Organic Acids
p.1399

Preparation of Y Zeolite-Based Catalysts and their Catalytic Cracking Performances of Venezuelan Heavy Oil
p.1407

XAS Study on Calcination Effect of Silica Supported Cobalt Catalysts for Fischer-Tropsch Synthesis
p.1413

Integrated Study on Syngas-to-Synthetic Natural Gas (SNG) Process
p.1419

Heavy Oil Gathering Process Test Research
p.1424

The Researches on Upgrading of Heavy Crude Oil by Catalytic Aquathermolysis Treatment Using a New Oil-Soluble Catalyst
p.1428

The Synthesis of Cross-Linked Poly Aspartic Acid and Study on Control of the Calcium Carbonate Crystal Morphology
p.1433

Determining the Engine Oil’s TBN by Semi-Derivative Voltammetry
p.1437

The Effect of Pressure Disturbance on the Formation Process of Propane Hydrate
p.1441

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 608-609Heavy Oil Gathering Process Test Research

Heavy Oil Gathering Process Test Research

Abstract:

In the present, Xintan Kendong 451-the 4th Kendong union station gathering is heavy oil mixed with hot water process and open operation mode. In the pipeline, without the variation of water content, in closed gathering means, mixed with hot water; mixing activity water and emulsifying gathering process are tested. The results show that the heavy oil gathering process of selection and gathering distance are related, for little variation of the water content and the flow, at about 50 °C. The distance is shorter in the gathering, the use of hot water mixed gathering process more reasonable, when gathering distance is longer, selection of emulsion pipeline gathering process more reasonable.