Member Info for Mullins58

The HH-1 intervention is planned to further improve oil production rates by a full re-perforation of the well's Portland section using larger and more deeply penetrating perforating guns, at twice the perforation density per foot compared to the current completion. The reperforations are designed to materially increase the ability of oil to flow into the wellbore.

The work will also reconfigure the well's production tubing set-up and deepen the downhole pump to maximise pumping efficiency and hence maximise HH-1 production. The recent installation of the new higher capacity Unico L706X linear rod pump also forms part of this production optimisat

2.635 paid

Thanks gw .ATB

https://twitter.com/wealdoilers?lang=en

Lets hope we get another 4 today. ATB

Its only my opinion given we had 4 tankers yesterday.

Its in the company announcements (RNS's) in March

This is the news we are waiting for. ATB

Following the identification of the water ingress source via production logging, a rigid setting Thermatek® plug was set over a zone of open natural fractures clustered at the deepest part or "toe" of the wellbore. Initial testing of HH-2z post-Thermatek® has demonstrated a continuous flow of dry oil to surface, confirming that the plug has eliminated underlying formation water ingress into HH-2z.

Dry oil flow rates during the initial 48-hour "clean-up" period to date are encouraging, with metered daily rates averaging 223 barrels of oil per day ("bopd"). However, as is to be expected in the early clean-up stage of such a horizontal wellbore, both oil and associated gas rates have been very variable. Half hourly rates have thus ranged from a high of 778 bopd to a low of around 10 bopd during intermittent short periods of "slugging" (i.e. the return of discrete pockets of gas and/or completion fluids).

The water ingress problem meant that HH-2z remained shut-in for almost 3 months, with spent drilling and completion fluids within the near wellbore. Consequently, it is expected that the full clean-up process is likely to take a number of weeks of aggregate flow. As part of the clean-up process, to ensure the full remaining horizontal section contributes towards aggregate oil flow, further interventions are planned to help fine-tune and optimise flow from the well.

Following the identification of the water ingress source via production logging, a rigid setting Thermatek® plug was set over a zone of open natural fractures clustered at the deepest part or "toe" of the wellbore. Initial testing of HH-2z post-Thermatek® has demonstrated a continuous flow of dry oil to surface, confirming that the plug has eliminated underlying formation water ingress into HH-2z.

Dry oil flow rates during the initial 48-hour "clean-up" period to date are encouraging, with metered daily rates averaging 223 barrels of oil per day ("bopd"). However, as is to be expected in the early clean-up stage of such a horizontal wellbore, both oil and associated gas rates have been very variable. Half hourly rates have thus ranged from a high of 778 bopd to a low of around 10 bopd during intermittent short periods of "slugging" (i.e. the return of discrete pockets of gas and/or completion fluids).

The water ingress problem meant that HH-2z remained shut-in for almost 3 months, with spent drilling and completion fluids within the near wellbore. Consequently, it is expected that the full clean-up process is likely to take a number of weeks of aggregate flow. As part of the clean-up process, to ensure the full remaining horizontal section contributes towards aggregate oil flow, further interventions are planned to help fine-tune and optimise flow from the well.

Portland oil pool Production will commence via Horse Hill-1 ("HH-1"), with Kimmeridge Production planned to be added in late spring via a conversion of the well to a dual completion. Production from HH-2z is planned to follow upon completion of the current extended well testing campaign.

The HH-1 intervention is planned to further improve oil production rates by a full re-perforation of the well's Portland section using larger and more deeply penetrating perforating guns, at twice the perforation density per foot compared to the current completion. The reperforations are designed to materially increase the ability of oil to flow into the wellbore.

The work will also reconfigure the well's production tubing set-up and deepen the downhole pump to maximise pumping efficiency and hence maximise HH-1 production. The recent installation of the new higher capacity Unico L706X linear rod pump also forms part of this production optimisation process.

Most LTH's are guilty of not taking profits, lets hope we all get a second chance. I am hopeful that we will get a mega RNS in the near future.

r8, I wake up dead !

This is the news I am waiting for. ATB

Following the identification of the water ingress source via production logging, a rigid setting Thermatek® plug was set over a zone of open natural fractures clustered at the deepest part or "toe" of the wellbore. Initial testing of HH-2z post-Thermatek® has demonstrated a continuous flow of dry oil to surface, confirming that the plug has eliminated underlying formation water ingress into HH-2z.

Dry oil flow rates during the initial 48-hour "clean-up" period to date are encouraging, with metered daily rates averaging 223 barrels of oil per day ("bopd"). However, as is to be expected in the early clean-up stage of such a horizontal wellbore, both oil and associated gas rates have been very variable. Half hourly rates have thus ranged from a high of 778 bopd to a low of around 10 bopd during intermittent short periods of "slugging" (i.e. the return of discrete pockets of gas and/or completion fluids).

The water ingress problem meant that HH-2z remained shut-in for almost 3 months, with spent drilling and completion fluids within the near wellbore. Consequently, it is expected that the full clean-up process is likely to take a number of weeks of aggregate flow. As part of the clean-up process, to ensure the full remaining horizontal section contributes towards aggregate oil flow, further interventions are planned to help fine-tune and optimise flow from the well.

Portland oil pool Production will commence via Horse Hill-1 ("HH-1"), with Kimmeridge Production planned to be added in late spring via a conversion of the well to a dual completion. Production from HH-2z is planned to follow upon completion of the current extended well testing campaign.

The HH-1 intervention is planned to further improve oil production rates by a full re-perforation of the well's Portland section using larger and more deeply penetrating perforating guns, at twice the perforation density per foot compared to the current completion. The reperforations are designed to materially increase the ability of oil to flow into the wellbore.

The work will also reconfigure the well's production tubing set-up and deepen the downhole pump to maximise pumping efficiency and hence maximise HH-1 production. The recent installation of the new higher capacity Unico L706X linear rod pump also forms part of this production optimisation process.

jp, nice post . ATB

For New Investors

07/08/2019
https://www.youtube.com/watch?v=dTfc4N6dlng&feature=youtu.be

28/07/2019
https://www.youtube.com/watch?v=e59gHeiAHec&feature=youtu.be

19/12/2018
https://www.share-talk.com/stephen-sanderson-chief-executive-of-uk-oil-gas-plc-lonukog-interview/#gs.8udm05