Author:
Mugisho J.B.,Drozdov A.N.
Abstract
The purpose of this work is to highlight the effects of wellhead pressure on the removal of water from its bottom. Tests were therefore carried out in a simulation laboratory on a test section represented by a vertical tube 600 mm long and 37 mm in diameter. It was therefore a question of working on a two-phase flow with air as gas and water as liquid. The velocity of the air injected into the tube was calculated taking into account the top and bottom pressures of the vertical tube. Related measurements and calculations were carried out and conclusions were drawn on the impact of the tube top pressure on the removal of water from the tube bottom, all by analogy to vertical gas extraction wells.
Reference15 articles.
1. Koryakin A.Y., “Development of resource-saving technologies for the preparation and inter-field transport of well products from the Achimov fields of the Urengoy field,” Russian State University of Oil and gas (2020)
2. Calculation of the Minimum Required Flow Rates for Water Removal from Flooded Wells under the Conditions of the Yamburgskoye Field
3. Gazprom Ltd., “Monthly operational report for January 2011 for gas and condensate production, Yamburgskoye field. Novy Urengoy: Gazprom Ltd. dobycha Yamburg, 2011” (2011)