Abstract

The article deals with the results of studied structure features of reservoirs in productive zeolite-containing rocks. We have established that the content of pelite fraction and carbonate content have impact on the deterioration of reservoir properties, and the development of zeolitization is characteristic for zones of improved reservoir properties.It is shown that the presence of the core glow in the ultraviolet light for zeolite-containing rocks doesn’t guarantee the receipt of the product during testing and will depend on the thickness ratio with different intensity of luminescence. The change in wettability of the rock in the reservoir conditions, an increase in the share of residual oil, and the presence of oil in the dead-end pores are the most likely explanation for the described situation. If the core luminescence is «weak», the product from the reservoir can only be obtained by applying special impact methods.

Highlights

  • По результатам проведения геолого-разведочных работ и эксплуатационного бурения в Большехетской впадине выявлено очень сложное геологическое строение газоконденсатных и нефтяных залежей

  • The article deals with the results of studied structure features of reservoirs in productive zeolite-containing rocks

  • We have established that the content of pelite fraction and carbonate content have impact on the deterioration of reservoir properties, and the development of zeolitization is characteristic for zones of improved reservoir properties

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Summary

Introduction

По результатам проведения геолого-разведочных работ и эксплуатационного бурения в Большехетской впадине выявлено очень сложное геологическое строение газоконденсатных и нефтяных залежей. АНАЛИЗ ИНТЕНСИВНОСТИ СВЕЧЕНИЯ КЕРНА И РЕЗУЛЬТАТОВ ИСПЫТАНИЙ ПРОДУКТИВНЫХ ЦЕОЛИТСОДЕРЖАЩИХ ПОРОД СОРТЫМСКОЙ СВИТЫ Для продуктивных цеолитсодержащих пластов были изучены особенности строения коллекторов. Что для цеолитсодержащих пород наличие свечения керна в ультрафиолетовом свете не гарантирует получения продукта при испытании, а будет зависеть от соотношения мощностей с различной интенсивностью свечения.

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