Where you from and what's your occupation?

Pakistan , Petroleum Engineer @ LMK Resources

[B]donya- petroleum engineer from gachsaran[/B]

Indonesia

Petroleum Engineer

Poland.

Oil and Gas Engineering.

Malaysia,

Currently Project Control Engineeer for Oil & Gas engineering consultant.
Previously, planning engineer for Building Construction (I have background in civil eng) and Fabrication of Oil & Gas Equipment.

36 year Petroleum Engineer; Houston, TX; Specializing in Completions, Re-completions, Well Intervention, Plug & Abandonment (onshore & Gulf of Mexico Offshore), Production Operations, Asset Mgt., Acquisition/Divestiture, Production Chemical Program Mgt., Due Diligence examination

I have never been to a Blog Format that is so restrictive and hindering of communication!!! I have been trying for an hour to provide Sahad in the Reservoir section with a response to let him know of a chemical treatment for water influx... what is the purpose of this locked up forum if it is not a location for information exchange????

For Sahad in the Reservoir Section:
The best relative permeability modifier that I've used was developed in Europe by a joint group of BP/ BJ Services(now Baker Hughes)/Halliburton; There was an English Chemical Co. that was also involved, but at this time I cannot remember the name; I used it on a well in the GI offshore Louisiana area, to save a lease from expiring that had some sub-salt potential; It can be pumped using either positive displacement pumps or centrifugal; BJ Services at the time had the longest track record of successes and the best pricing for a turnkey project; The well was a non-gravel packed well that was loading up and would only flow less than a day; Production test was Bopd=20, Mcfpd=250, Bwpd=500; We used BJ's frac boat as to not have to man-handle so many offshore chemical transports; The frac-boat showed up at 6am; rigged up and tested lines to the well; pumped the treatment; Rigged down and left by 3pm the same day; the cost for the whole job was $71,000 in 2003; The next morning we opened up the well and the post-treatment test was Bopd=850 Mcfpd=1,100 Bwpd=50; The key to the treatment is not over-treating; A small amount of chemical will reduce the water influx.. an optimum amount of chemical allows for some water flow, but at a severely reduced rate; Too much chemical will lock up everything.... oil/gas/water... so it is better to treat and retreat than over-treat; One of BP's platforms over-treated and they almost lost all their production; As for the cost... The Halliburton bid came at $300,000, just for the chemical and they wanted to use skid pumping units and chemical transport tanks... they would have had to man-handle over 100 chemical transports to the safety risks on the methods of pumping need to be considered in the planning.

Hello, amigo ..... I'm Emma, from China, International sales

Hassan Elahi from Pakistan

Process Engineer fresh

Trinidad & Tobago....petroleum engineer

Pakistan
Petroleum Engineer