THERMOPHYSICAL VALIDATION OF THE TECHNOLOGY OF ASPHALT-RESIN-PARAFFIN DEPOSIT REMOVAL FROM WELL CASINGS IN CONTINUOUS HIGH-VISCOSITY OIL PRODUCTION CONDITIONS

Dmitriev M. S.; Ponomarenko A. G.; Klachkov A. P.

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THERMOPHYSICAL VALIDATION OF THE TECHNOLOGY OF ASPHALT-RESIN-PARAFFIN DEPOSIT REMOVAL FROM WELL CASINGS IN CONTINUOUS HIGH-VISCOSITY OIL PRODUCTION CONDITIONS

机译：连续高黏度采油条件下油井套管中沥青树脂石蜡沉积技术的热物理验证

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The results of simulation of a system for removing asphalt-resin-paraffin deposits from casing of well with high-viscosity oil, based on local noncontact induction heating, are presented. It is shown that gradual removal of deposit fragments by melting them at the point of adhesion bonding with the casing is possible with a heating power of 3 kW and an inductor moving speed of 2-3 cm/min.

机译：给出了基于局部非接触感应加热的高粘度油去除套管中沥青树脂-石蜡沉积物的系统的仿真结果。结果表明，在3 kW的加热功率和2-3 cm / min的感应器移动速度下，可以通过在与外壳的粘结点处逐渐熔化沉积碎片来去除沉积碎片。

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《Chemical and Petroleum Engineering》 |2019年第8期|627-631|共5页
作者
Dmitriev M. S.; Ponomarenko A. G.; Klachkov A. P.;
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作者单位

Natl Res Nucl Univ Moscow Engn Phys Inst MIFI Moscow Russia;

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原文格式 PDF
正文语种 eng
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关键词
asphalt-resin-paraffin deposits; heat transfer; induction heating; heating power; well flow rate;

机译：沥青树脂石蜡沉积物;传播热量;感应加热加热功率井流量;

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1. ELECTROPHYSICAL CONCEPT OF THE TECHNOLOGY FOR REMOVAL OF ASPHALT-RESIN-PARAFFIN DEPOSITS FROM WELL PIPES IN THE CONTINUOUS EXTRACTION OF HIGH-VISCOSITY OILS [J] . Bogdanovich B. Yu., Shikanov A. E., Dmitriev M. S., Chemical and Petroleum Engineering . 2019,第7a8期

机译：连续抽提高粘度油中井筒中沥青树脂石蜡沉积技术的电物理概念
2. SUBMERSIBLE HIGH-FREQUENCY POWER GENERATOR FOR TECHNOLOGIES USED IN REMOVAL OF ASPHALT-RESIN-PARAFFIN DEPOSITS FROM WELL PIPES WITH UNINTERRUPTED EXTRACTION OF HIGH-VISCOSITY OILS [J] . Klachkov A. P., Ponomarenko A. G. Chemical and Petroleum Engineering . 2020,第9a10期

机译：潜水用高频发电机，用于从井筒中无间断地萃取高粘度油中去除沥青树脂石蜡沉积物
3. Introfizika R&D Center's Sonic Treatment Technology Simplifies High-Viscosity Oil Production [J] . Oil amp, Gas Eurasia Group Oil & Gas Eurasia . 2010,第6期

机译：Introfizika研发中心的声波处理技术可简化高粘度油的生产
4. Enhanced Oil Recovery from Permian-Carboniferous Deposit of High-Viscosity Oil in the Usinsk Oilfield with Physicochemical and Complex Technologies [C] . L. K. Altunina, V. A. Kuvshinov, I. V. Kuvshinov, International Conference on Advanced Materials with Hierarchical Structure for New Technologies and Reliable Structures . 2018

机译：利用物理化学和复杂技术，增强了Usinsk油田的高粘度油的高粘度油的石油储存
5. A laboratory study of deposit removal by debonding and its application to fireside deposits in kraft recovery boilers. [D] . Ebrahimi-Sabet, Seyed Abdolreza. 2001

机译：脱胶去除沉积物的实验室研究及其在牛皮纸回收锅炉炉边沉积物中的应用。
6. Toluene Removal from Sandy Soils via In Situ Technologies with an Emphasis on Factors Influencing Soil Vapor Extraction [O] . Mohammad Mehdi Amin, Mohammad Sadegh Hatamipour, Fariborz Momenbeik, -1

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7. Enhanced Oil Recovery from Permian-Carboniferous Deposit of High-Viscosity Oil in the Usinsk Oilfield with Physicochemical and Complex Technologies [O] . Altunina Lyubov K., Kuvshinov Vladimir A., Kuvshinov Ivan V., 2018

机译：利用物理化学和复杂技术，增强了Usinsk油田的高粘度油的高粘度油的石油储存
8. Preliminary Investigation of the Applicability of Underground Coal Gasification Technology for the Production of Oil from Oil Shale Deposits and Residual Oil Fields [R] . Trudell, L. G. 1986

机译：地下煤气化技术在油页岩矿床和剩余油田生产油中的适用性初探

THERMOPHYSICAL VALIDATION OF THE TECHNOLOGY OF ASPHALT-RESIN-PARAFFIN DEPOSIT REMOVAL FROM WELL CASINGS IN CONTINUOUS HIGH-VISCOSITY OIL PRODUCTION CONDITIONS

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