On the Effectiveness of the Improvement of the Top Drive Systems of Drilling Rigs for Rotary Steerable Systems

  • Authors

    • Aleksandr Ashcheulov
    • Evgeniia Kharlamova
    https://doi.org/10.14419/ijet.v7i4.28.28495
  • rotary steerable systems, drilling rig, top drive system, synchronous electric motor, permanent magnets, efficiency, economic efficiency criterion, discounted costs.
  • The article is focused on the improvement of the design of the Russian system of the top drive of the drilling rig for rotary steerable systems through the use of new Russian synchronous electric motors with permanent magnets. Technical advantages are achieved due to the higher efficiency and torque of the drive at partial speeds. The economic efficiency of the new design of the top drive system for rotary steerable systems in different operating modes is estimated.

     

  • References

    1. [1] Ascheulov AA (2014), Vybor napravlenija issledovanij po sozdaniju ekonomichnogo verhnego elektroprivoda dlja mobil'nyh burovyh ustanovok [The choice of the direction of research on the creation of an economical upper electric drive for mobile drilling rigs]: report on research (inter.): 1. Saint Peterburg, FSAEHDL SPbPU, 470 p.

      [2] Solovyov AM (2016), Povyshenie energeticheskih parametrov burovyh rabot na tvjordye poleznye iskopaemye putjom osvoenija i modernizacii chastotno-reguliruemogo privoda [Increasing the energy parameters of drilling for solid minerals through the development and modernization of the variable frequency drive]: thesis for the degree of candidate of technical sciences. Moscow.

      [3] Zuev YuYu, Zueva EYu, Golubev VI (2015), Ob’jomnyj gidroprivod s chastotnym i chastotno-drossel'nym upravleniem – vozmozhnye ispolnenija, oblasti primenenija, sravnitel'nye harakteristiki i konkurentnye analogi [Volumetric hydraulic drive with frequency and frequency-throttle control – possible versions, fields of application, comparative characteristics and competitive analogues]. Gidravlika. Pnevmatika. Privody, 1(15), 29-33.

      [4] Ashcheulov AV, Shestopalov AA, Khoroshansky AE, Kochetkov AV (2015), Osobennosti raboty burovyh ustanovok s sistemoj verhnego privoda [Features of operation of drilling rigs with the top drive system]. Himicheskoe i neftegazovoe mashinostroenie, 2, 14-17.

      [5] Ashcheulov AV, Lobachev AA, Khoroshansky AE, Shestopalov AA (2014), Puti sovershenstvovanija otechestvennyh mashin No 1 [Ways to improve domestic cars number 1]. Sovremennoe mashinostroenie. Nauka i obrazovanie: materialy 4 Mezhdunarodnoj nauchno-prakticheskoj konferencii (19-20 July, 2014). SPb.: Publishing house of the Polytechnic University, pp: 637-649.

      [6] Ashcheulov AV (2014), Ekspansija elektroprivoda na ob’jomnyj gidroprivod [Expansion of the electric drive on the volume hydraulic drive]. Gidravlika. Pnevmatika. Privody, 3(14), 8-9.

      [7] Ashcheulov AV (2016), K voprosu ob otsenke preimushhestv sistem privoda dlja tehnicheskih ob’ektov s vrashhatel'nym i linejnym dvizheniem rabochego organa [On the issue of assessing the benefits of drive systems for technical objects with rotational and linear movement of the working body]. Gidravlika. Pnevmatika. Privody, 1(18), 10-12.

      [8] Manual. LIMTS 2009.00.00.000RE Electromekhanika OAO.

      [9] Abubakirov VF, Arkhangelsky VA, Burimov YuG, Gnoevyh AN (2007), Oborudovanie burovoe, protivovybrosovoe i ust'evoe [Drilling, blowout preventer and wellhead equipment]: handbook in 2 volumes. Volume 1. Moscow, OOO IRC Gazprom, 732 p.

      [10] Ashcheulov AV, Shestopalov AA, Lobachev AA (2016), Analiz dinamicheskoj nagruzhennosti silovogo verhnego privoda burovyh ustanovok [Analysis of dynamic loading of the power top drive of drilling rigs]. Himicheskoe i neftegazovoe mashinostroenie, 3, 12-15.

      [11] Sokolov VP (2016), Issledovanie bezotkaznosti kompleksa zashhitnyh sooruzhenij Sankt-Peterburga ot navodnenij i effektivnosti zatrat na rekonstrukciju ego zatvorov [Investigation of the reliability of the complex of protective structures of St. Petersburg against floods and the cost effectiveness of the reconstruction of its gates]. Gidrotekhnika, 1(42), 62-67.

      [12] Metodicheskie rekomendacii po ocenke jeffektivnosti investicionnyh proektov [Guidelines for evaluating the effectiveness of investment projects]. Moscow, Economika, 2000, 421 p.

      [13] Ashcheulov AV (2015), Creating an economical top drive for mobile rigs: R&D report (intermediate). Stage 2: 1. St. Peterburg, FSAEHDL SPbPU.

  • Downloads

  • How to Cite

    Ashcheulov, A., & Kharlamova, E. (2018). On the Effectiveness of the Improvement of the Top Drive Systems of Drilling Rigs for Rotary Steerable Systems. International Journal of Engineering & Technology, 7(4.28), 1570-1573. https://doi.org/10.14419/ijet.v7i4.28.28495