Proven Experience in Construction of Multilateral Wells Using TAML 1 Technology in Novoportovskoye Field (Russian)

Pilnik, Sergey; Dubrovin, A.V.; Zimoglyad, Mikhail; Bulatov, Fuat; Burkov, Fedor; Abaltusov, Nikolay

doi:10.2118/191521-18rptc-ru

SPE Russian Petroleum Technology Conference 2018

DOI: 10.2118/191521-18rptc-ru

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Proven Experience in Construction of Multilateral Wells Using TAML 1 Technology in Novoportovskoye Field (Russian)

Sergey Pilnik

A.V. Dubrovin

Mikhail Zimoglyad

et al.

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2022

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Increasing the Accuracy of Production Allocation from Each Reservoir: Integrating TAML-1 Well Construction Technology and the Dynamic Quantum PLT Method in the Field NP

Алексеев¹,

Samigullin²,

Zimoglyad³

et al. 2022

Day 2 Wed, March 23, 2022

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One of the largest oil fields on the Yamal Peninsula, the Field NP is characterised by complex geological settings. Massive gas caps pose significant complications to the extraction of large oil reserves occurring immediately below them. In such conditions, new approaches are required to achieve economically viable production. This involves well construction based on a fundamentally new configuration and the use of new technologies. When drilling wells that penetrate more than one target reservoir, the legislation requires performance monitoring and separate production allocation for each reservoir. The article dwells on the first case of separate production allocation in a multilateral well completed with the TAML-1 solution. The well penetrates two reservoirs with different porosity and permeability, using the dynamic quantum PLT technology. The well was drilled taking into account the properties of the impermeable top of one of the reservoirs.

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Increasing the Accuracy of Production Allocation from Each Reservoir: Integrating TAML-1 Well Construction Technology and the Dynamic Quantum PLT Method in the Field NP

Алексеев¹,

Samigullin²,

Zimoglyad³

et al. 2022

Day 2 Wed, March 23, 2022

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Adapting the Technology for the Construction of Taml-1 Level Multilateral Wells at the Novoportovskoye Field for Separate Production Accounting for Each Reservoir

Alekseev

Samigullin

Zimoglyad

et al. 2022

Day 3 Wed, May 04, 2022

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Summary The Novoportovskoye field is characterised by a mainly complex geological structure and the presence of remaining reserves. The situation is further aggravated by significant oil reserves occurring right under massive gas caps. To make HC recovery profitable in such geological settings, new technologies are required. This paper provides an insight into the case of creating a multilateral well based on a new TAML-1 level completion solution utilising the properties of the impermeable top of one bed and the dynamic quantum PLT to measure production from each formation separately in accordance with existing regulations.

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Proven Experience in Construction of Multilateral Wells Using TAML 1 Technology in Novoportovskoye Field (Russian)

Cited by 2 publications

References 1 publication

Increasing the Accuracy of Production Allocation from Each Reservoir: Integrating TAML-1 Well Construction Technology and the Dynamic Quantum PLT Method in the Field NP

Increasing the Accuracy of Production Allocation from Each Reservoir: Integrating TAML-1 Well Construction Technology and the Dynamic Quantum PLT Method in the Field NP

Adapting the Technology for the Construction of Taml-1 Level Multilateral Wells at the Novoportovskoye Field for Separate Production Accounting for Each Reservoir

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