Showing posts with label BTE-2 Well. Show all posts
Showing posts with label BTE-2 Well. Show all posts

Monday, January 8, 2018

BTE2 Well Adds 25 mscf/d to Natural Gas Production - EGYPT OIL & GAS


Monday, 8th January 2018

Egypt’s BTE2 Well, which is operated by Royal Dutch Shell’s Joint Venture in Egypt, Badr El Din Petroleum Company (BAPETCO), has started production phase on January 7th, increasing the country’s natural gas output by 25 million standard cubic feet per day (mscf/d), which is planned to be increased to 50mscf/d after completing the drilling of BTE1 Well, Badr 3 Wells’ Manager, Anton Artes, told Al-Ahram Gate.

Monday, January 9, 2017

Egypt's Bapetco produces 500M ft3 of gas daily: Chairman - ZAWYA / AMWAL AL GHAD

09 January, 2017

The total natural gas production of Egypt's Badr El Din Petroleum Company- Bapetco is estimated at around 500 million cubic feet daily, Chairman Emad Hamdy stated Saturday.

Hamdy told Amwal Al Ghad that firm's production of natural gas covers massive part of local market's needs of natural gas.

Bapetco -the local partner of Royal Dutch Shell- raised the total production within the last three years from 98,000 barrels of oil equivalent (BOE) to 140,000 BOE.

Thursday, December 15, 2016

Bapetco to Link BTE-2 Output to Gas Plant - EGYPT OIL & GAS

Thursday, 15th December 2016

In a statement to Egypt Oil&Gas, Badr El Din Petroleum (Bapetco)’s CEO, Emad Hamdy, stated that the company is in talks with its foreign partner Royal Dutch Shell on linking production for a new discovery at North Alam El Shawish concession, BTE-2 well, to Badr-3 gas process facilities that is located 40km away from the well. Bapetco will use one of the pipelines near the new well to transport gas from BTE-2 to the facility, where it will be mixed with process gas to meet standards set forth by the Egyptian government.

BTE-2 well is expected to produce 40mcf/d of gas during its first phase. During the second phase, the company will drill 6 development wells, as well as build facilities to move gas to the proessing facility at Badr3 and increase the capacity of the carbon dioxide extracting unit to be able to treat the gas produced from BTE-2 which is expected to reach 150mcf/d.