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Denis Malyk

Denis Malyk

DonNTU

Mining-and-geological faculty, group ТТR-02

e-mail: maden_85@ukr.net

On the theme of master's degree work:

«Development and ground of parameters of complex of basic and auxiliary equipment for the boring drilling of mining holes from boring ships with the use of multifunction gidro-shock boring shells».

                                                                      Scientific advisor: Karakozov Artur Arkadievich


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Master's thesis

On the theme of master's degree work:"Development and ground of parameters of complex of basic and auxiliary equipment for the boring drilling of mining holes from boring ships with the use of multifunction gidro-shock boring shells"

           This theme affects very vast material. In order to expose him the decision was fully accepted about that, to unite my work with work of master's degree Abramov A.N. Thus she became complex, I.e. a research sphere is identical, and the objects of research and further improvement are different.      Reference to the site of Abramov Alexander.

NAME AND APPLICATION DOMAIN

The pogruzhnaya gydrovybratsyonnaya setting is intended for the boring drilling on the depth of to 8 м and diameter 130 mm in the breeds of the I-IV categories on burymosty at searches and secret service of submarine deposits of building materials marine rossypnykh deposits of different minerals engineering-geological researches on a sea and other reservoirs at the depth of water of to 50 м with srednetonnazhnykh and malotonnazhnykh burovykh of courts. To appropriate the name to setting "Setting of gydrovybratsyonnaya
pogruzhnaya ".

PURPOSE AND SETTING OF DEVELOPMENT

Purpose of creation of marine probootbornyka for the well-boring in depth 50 м on the loose ground deposits of the I-IV categories from the prosloyamy breeds of the to VI categories for burymosty from srednetonnazhnykh boring ships.

NEW HARDWARES AND TECHNOLOGY OF POYNTERVAL'NOGO BORING DRILLING DEEP ENGINEERING-GEOLOGICAL MINING HOLES ON SHELF

     Mastering of oil and gases deposits of shelf requires conducting of detailed engineering-geological researches necessary for building of marine burovykh of platforms and gasket submarine pipelines. Burovye is major component part of researches works the results of which enable it is correct to interpret information got at geophysical researches of bottom, and, in the end, to define the geological structure of the mastered area of shelf. Boring works include the well-boring shallow in depth 4-6 м (probootbor) and boring drilling engineering-geological mining holes the depth of which is determined by terms beddings of breeds of the mineral bottom hidden under the deposits of unsteady breeds (yly, sands and etc), and does not usually exceed 25-30 м.

Chart of work of setting of multitrip boring drillings

                                                                

Chart of work of setting of multitrip boring drillings (GIF: width 115*Height 299 pix; frame 5; File size=52,4 KB):

     For realization of the offered technology multitrip boring drilling it was decided to use the pogruzhnuyu gydroudarnuyu setting boring drilling of УГВП-130/8М, used for conducting of probootbora. In composition of setting the gydroudarnyy boring shell of setting of УГВП-130/8 enters and frame support similar to support of setting of ПУВБ-150.

Pogruzhnye options.

Technical descriptions УГВП

Parameters

Type of setting

УГВП-130 УГВП-150
Diameter of gydroudarnyka, mm
Depth of the boring drilling after trip, м
Diameter of kerna, mm
Output of kerna, %
Speed of the boring drilling, м/min
Length of setting, м
Mass of setting, kg
108
8
90
80..100
1 - 1.7
10
375
127
6
112
80..100
1 - 1.5
8
500

Technical description of gydroudarnogo boring shell

Name Value of parameter
Hydroudarnyy mechanism
Sizes:
- outward diameter
- length
- mass
Working description:
- expense of liquid
- pressure on drive
- frequency of shots
- energy of blow
- power on drive
Kolonkovyy set (complete sets)
Outward pipe:
- diameter (outward / internal), mm
- length, mm
Internal kernopryemnaya pipe:
- diameter (outward / internal), mm
- length, mm
Shoe cutting
- diameter (outward / internal), mm
- corner pryostrenyya,
Кernorvatel'
Starting knot:
- overhead

- lower

Hydroudarnyk differential action

127 mm
2300 mm
160 kg

230 - 250 l/min
2 - 4 МПа
20 - 25 Гц
80 - 110 Дж
8-15 кВт
Двойная колонковая труба

127/117
4250, 5250, 6250

108/98
4000, 5000, 6000

130/94
30о
Petalous type

Piston, with the fixed position and forced by the control by pressure of liquid
Slide-valve type with by the operative management by speed pressure of liquid

Chart of gydroudagnogo boring shell
а)                        б)

    Рис. 1 –Composition and chart of gydroudarnogo boring shell and chart of distributing of liquid: а) – in the mode of gydrorazmyva precipitations; б) – in the mode of selection of kerna; 1 – gydroudarnyk; 2 is pump block; 3 – kolonkovyy set; 4 is overhead starting knot; 5 is lower starting knot; 6 – shoe; 7 - kernorvatel'

    

CONCLUSION

    New technology multitrip well-boring with the use of options of series of УМБ-130 allows to eliminate the use of boring and obsadnykh pipes clay and special solutions for washing of mining holes. At driving of mining holes is assumed possibility of partial drift of boring ship in relation to the point of the boring drilling. Technical descriptions of options allow to use them on courts and plavsredstvakh of different type with the sufficient power providing, equipped by the proper gruzopod'emnymy mechanisms and having possibility of raising of forage anchor.

Literature

1.Забойные винтовые двигатели для бурения /М.Т. Гусман, Д.Ф. Валденко, А.М. Кочнев, С.С. Никомаров. - М.: Недра, 1981.

2. Ильский А.Л., Шмидт А.П. Буровые машины и механизмы. - М.: Недра, 1989.

3. Качан В.Г., Купчинский И.А. Бурение шахтных стволов и скважин.- М.: Недра, 1984.

4.Султанов Б.З., Шаммасов Н.Х. Забойные буровые машины и инструмент.- М.: Недра, 1976.

5. Калініченко О.І., Каракозов А.А. Вибійні бурові машині. Учбовий посібник. - Донецьк : "Новый мир", 1998. - 116 с.

6. Ясов В.Г. Погружные гидравлические буровые машины. Учебное пособие. Днепропетровск, 1974.

7. Калиниченко О.И. Основные положение теории гидроударников прямого действия //Збірник наукових праць ДонДТУ. Серія гірничо-геологічна. - Донецьк (ДонДТУ), 2001. №24.- С.29-35

8. Калиниченко О.И. К вопросу повышения эффективной мощности гидроударных машин //Проблемы научно-технического прогресса в бурении геол. разв. скважин. Сборник докладов НТК. - Томск, 1991. - С.111-115.

9. Калініченко О.І., Каракозов А.А. Вибійні бурові машини. Учбовий посібник. - Донецьк: ДонДТУ, 1997. - 125 с.

10. Калиниченко О.И., Каракозов А.А., Зыбинский П.В. Новые технические способы и технология поинтервального бурения скважин на шельфе. //Збірник наукових праць ДонДТУ. Серія гірничо-геологічна. - Донецьк (ДонДТУ), 2001. - № 36. - С.144-148.

11. Калиниченко О.И., Квашин Е.В., Васин И.Д. О влиянии инерционных свойств жидкости на динамику поршня гидровибрационного пробоотборника //Совершенствование техники и технологии геол. разв. работ. Межвуз. науч. темат. сб. - Свердловск, 1990, - С.48-54.

12. Калініченко О.І., Русанов В.А. Аналіз етапу робіт по підвищенню рейсової проходки і збереженню кернового матеріалу при бурінні підводних свердловин //Збірник .наукових праць НГА України. - Дніпропетровськ, 1998. - Вып. 3, тому 2. - С.247-252.

13. Калиниченко О.И., Русанов В.А. Влияние условий работы насосного блока установки УГВП-130/8 на энергетические параметры погружателя //Науковий вісник НГА України. - Дніпропетровськ, 2000. - №. 3. - С.81-85.

14. Калиниченко О.И., Русанов В.А. Разработка и опытно-промышленные испытания технологических режимов ударно-вибрационного бурения донных отложений //Сборник научных работ НГА Украины. -Днепропетровск, 1998. - Вып. 6, том. 4. - С.32-36.


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