petroleum services guide

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SHFRA MULTI ACTIVITIES Co. Ltd

Petroleum Services Guide

2014

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Table of contents:

Subjects: Introduction:

General Information.

Overcoming Obstacles.

SHFRAs mission.

Scope of business:

1. Remote Sensing Imagery (R.S.I.).

2. Autonomous drilling units (ABBA).

3. Water shut-off with using AKRON-RK composition.

4. DFM.

5. The Plasma Generator of Elastic Pulses (PGEP).

6. Technological Solutions for Efficient, Highly Profitable and Environmentally Safe Mini

Oil Refinery.

7. Supply of equipment for oil and gas industry.

SHFRAs License and registration.

Certifications.

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Introduction: SHFRA MULTI ACTIVITIES Co. is a national Sudanese company working in import and export,

general trading, general services, provides state-of-the-art and flawlessly engineering

consultancies and techniques in a lot of different areas, such as petroleum and mining. SHFRA

MULTI ACTIVITIES Co. Ltd strives for technical excellence and aims to exceed client

imaginations. At our company, we aim to have a permanent regional influence. Our team

includes unparalleled experts from diverse SYESTEMS as expected. As stated above, SHFRA

MULTI ACTIVITIES Co. Ltd is targeting to supply pioneer services for different sub surfaces

exploration. We are authentic services and techniques providers in Sudan from international

research institutes and companies such as from Ukraine and Russia.

General Information: Primary contact for sales/client

Services:

Hussein Yousif Hussein

+249 999899986

Office Tel: +249 157907252

Address: Khartoum, Sudan.

Flat No 3. Building N 612, block 4, Hay Alsafa.

E-mail: [email protected]

[email protected]

Website:

YouTube Channel:

www.shfra.com

www.youtube.com/user/SHFRAcontact

Facebook: www.facebook.com/shfra.co

Year established: May 2011

Type of organization: Private company

Type of Business Retailer.

Authorized Agent.

Consulting Company.

In-house working

language(s)

English.

Arabic.

Russian.

Ukraine.

Overcoming Obstacles: Sudan is facing many challenges in this era after the separation of the south, so to progress

we should support our self with effective technologies. In addition, establishing a strong

infrastructure for future generations. SHFRAs vision (God willing) will cover in this decade the

majority of the Middle East region. Hence targeting to sustain the Oil, Gas, Mining and Energy

Industries in Sudan by utilizing advanced technologies to optimize the sustainable recovery,

production, transportation and processing the perused resources.

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SHFRAs mission: SHFRA is committed to provide international solutions to our clients. SHFRA will keep delivering

engineering and management consultancy where policies, technology, business systems and

people are combined in sustainable change for the society. The truth to be known, our

slogan is All that glitters is not gold.

Scope of business: Our main target of the companies work is in the areas of Petroleum industry.

Truth be known, the following services & products are some of SHFRA's activities, for more

services & products in different business sections such in mining, modern technologies and IT

don't hesitate to contact us.

Please Note: Contact us for more information on the following subjects.

1. Remote Sensing Imagery (RSI).

Introduction:

This technology has been developed by Moscow Lomonosov State University and some

former-USSR military institutions.

Our key approach is to use many heterogeneous satellite data sources as possible, including

optical (multi- and hyper-spectral), thermal, radiometric, magnetic, and gravity data. We rely

on our recent experience of processing (ERS) with advanced mathematical methods which

implemented in hardware-software systems.

Used satellites:

1. American satellites:

USA Terra/Modis

Terra Aster

Earth/Aster

The NASA's Landsat 7 & 8

Terra/ASTER satellite

In addition we are actively using the hyper-spectral

received data from NASA's Earth Observing-1 satellite

which carries two unique sensors:

Hyperion (220 spectral bands).

ALI (Advanced Land Imager).

2. Russian satellites:

Resource DK-1

Meteor-3M

Conobus B

3. European satellites belong to

European Space Agency (ESA).

We have an access to receive data, from the modern

European satellites and sensors including:

GOCE (gravity).

Proba (CHRIS, Compact High Resolution Imaging

Spectrometer).

ENVISAT (ASAR, Advanced Synthetic Aperture Radar), and

others.

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4. We also work with CBERS (China-Brazil Earth Resources Satellite) program.

CCD/High Resolution CCD Cameras.

IRMSS/Infra-Red Multispectral Scanner.

WFI/Wide Field Imager.

Work plan:

The work will be conducted in three stages:

Stage I: Reconnaissance and Pre-processing.

Stage II: Spatial analysis.

Stage III: Detailed analysis.

Our technique capabilities:

This technique includes the following (non exhaustive) list of capabilities:

Hydrocarbon exploration (Crude Oil & Natural gas)

Mineral exploration

Sand and gravel (aggregate) exploration / exploitation

Structural mapping

Geo-hazard mapping

Surficial deposit / bedrock mapping

Lithological mapping

Environmental geology

Baseline infrastructure

Sedimentation mapping and monitoring

Event mapping and monitoring.

Benefits:

The obtained information from remote sensing analysis data from space allows a new

level of optimal decision-making and government regional coordination.

Obtaining geological information for pursued objects and minerals, in resolution

ranging from 50 cm and 7000 m depth!

Study can be subjected to any point in the world, including hard and dangerous

regions.

Performed without site-visit, field work, expeditions, additional resources, etc.

The scale of one research image can reach and cover tens of thousands square

kilometres. (1:6000 - 1:15000). Regional dynamics study capability due to multi-temporal images.

The required time to obtain pursed data can be several hours since decision making

for approved work. Economical attractive comparing to conventional methods, the

sum cost of 1-2 orders is lower than traditional methods of investigation.

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The final report includes:

Description of the scheme and map products with their interpretation included in the

project.

Schemes, maps boundaries showing and the preliminary assessments to the target

territorys natural reserves.

Prognostic large-scale maps shows the structures characteristics with probable

deposits (locations, volume and depth) charted with recommended locations for

seismic stations and boreholes.

Description of other geological and structural characteristics within the territory.

Special attention is taken concerning to the geophysical anomalies including the faults

impact, geo-pathogens, local seismicity and geochemical deviations.

Quality Control Report.

Literature Cited / References:

License of Rosaviakosmos for space activities 186

License European Space Agency ESA 61154

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2. Autonomous drilling units (ABBA):

Introduction:

This super-high-speed drilling apparatus is for drilling and repairing water and oil wells in many

circumstances, as well as vertical, curvilinear well pad, horizontal and bottom-up.

This ultrafast drilling technology is developed and protected by our research Engineers

patents. This technology radically differs from all present techniques. Notably, it is based

on the jet movement principle, which used in ABBA design and creation.

This technology was tested during construction , water wells drilling, power transmission poles

installation, in puncture horizontal devices under railways and roads and flawlessly in Blowout

Preventer and shelf drilling on North and Azov Seas.

The overall dimensions and specifications:

Lengths vary from 0.5 to 16 m. Diameter from 80 to 1400 mm and more. Passable diameter wells and mines from 85 to 1400 mm and more. Device weight from 0.1 to 12 tones. The working staff 2-4 workers. Fuels can be liquid, solid or compressed gas. Drilling speed (variable depending on the technical task) and is:

In sediments from 0.1 to 4.7 m / s.

In the rocks from 30 to 60 m / h.

In practice, carried out an experimental penetrant structure diameter of 2600 mm and 4200

mm, it is theoretically possible to increase the penetration diameter to 6000 mm or more,

while maintaining the same speed drilling.

Drilled to1620 meters depth in 8 hours! The drilling depth theoretically unlimited.

The maximum penetration depth in sediment formation by single fuel filling is about 400-450m.

Full ABBA wear achieved after 30 000 - 35 000 meters penetration. In addition, the drilling

head is to be replaced every 6000 - 7000 meters.

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Illustrators:

The scope of the new drilling technology (non exhaustive):

Drilling in oil, gas and water wells. Blasting drilling holes. Recovery of blocked, clogged paraffin embedded wells. Drilling of exploration wells. Penetrate horizontal and curved workings structure. Working excavate from bottom to up. Ability to drill wide diameter wells. Development of geothermal energy. Extinguishing fires in the oil and gas fields. Construction of pier foundation, caissons, well and drilled piles. Underwater and offshore drilling. Construct the mine rescue and ventilation shafts. Shelter from formations gas blows.

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ABBA can be used on conventional drilling rigs with no need to making major or sophisticated

changes in the installation process of casing, operating equipment and armature.

The advantage of this drilling method is the handiness mobility: ABBA attached with auxiliary

equipment, which can be placed on off-road vehicle or transported by helicopter for hardly

unreached areas.

This Unparalleled technology has no comparison around the world's drilling equipment

manufacturers.

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Our Partner experiences:

In Republic of Iraq:

In Islamic Republic of Iran:

Courtesy visit in Republic of Sudan:

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3. Water shut-off with using AKRON-RK composition:

Introduction:

Our state-of-the-art Water shut-off technique is different from any conventional well treating

technologies of those applied by Oil companies. More precisely, we offer the use of special

chemical product AKRON-RK in order to increase the crude oil production for the largest

possible period.

Aims:

This technology aimed to water confinement and water flow prevention so as to reduce the

WC% without reducing the oil production.

Characteristics:

AKRON-RK is very mobile and easy filtering liquid. But usually use water-filled composition,

which has viscosity from 2 to 20 mPa.s, similar to formation water viscosity. Besides its

capability to work under the influence of any type of water of any salinity.

General characteristics:

Physical state: Liquid of yellow and brown, dark-brown colour

Dynamic viscosity at 20 C: 10-150 mPa.s

Density at 20 C: 1000-1100 kg/m

Boiling temperature: near 150 C

Freezing temperature: lower -55 C

Geological conditions:

Reservoir type: Anyone

Water rate: 15-100 %

Reservoir temperature: 20-250 C

Carbonate content of reservoir: Anyone

Type of water and salinity: Anyone

Case studies:

From authentic case studies in more than 2000 wells, this technique achieved the following

service operations:

Reducing the water cut WC%.

Elimination of fluids flow in between different formations layers behind the casing.

Repairing the casing leakage.

Increasing the oil production (150 -300% production increase).

Casing cementing with the use of new materials (new oil wells and used oil wells).

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4. Technology of Acoustic Influence for Production Optimization of Oil,

Gas and Water Wells. (DFM):

Introduction:

The most progressive method (the acoustic method) has been used to create the DFM-

technology i.e. technology of acoustic influence on the productive strata. This technology

use the ultrasound, which is irradiated by specially developed piezoceramics.

The DFM-technology allows increasing production in several times (30-300 percent) for oil, gas

and water wells. It is made through breaking up the clogged strata zones and the ones with

poor permeability. The DFM is based on using the MF ultrasound pulses. It is covered by

patents of Russia and Ukraine and is characterized by absolute ecological safety, high

effectiveness and low power inputs.

Production will increases for a long time, depending on the geological and production

characteristics of strata.

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COMPARISON OF TECHNOLOGIES:

DFM

ultrasound

Chemical

Hydraulic

Condition of oil production while

execution of well cleanup works

stopped only

for a short

time

stoppage of oil

production,

work of well

stoppage of oil

production, work of

well

Increase of oil production 30-300% 15-50% up to 50%

Well cleanup works duration 2-3 days Up to 1 month 5-7 days

Environmental safety safe harmful harmful

Guarantee and effectiveness high medium low

Works safety level high medium low

Manpower resources 2 persons 2-3 persons 3-4 persons

Energy consumption low low high

Influence upon the equipment,

structure of layers

does not

influence

causes the

corrosion

of the

equipment

causes crevice

appearance in the

equipment,

deformation of

layers

ADVANTAGES:

Increased acoustic power.

Simplified service maintenance of the generator.

The generator is overvoltage and temperature resistant.

No vacuum in a zone of enhancement.

Guaranteed increase of production resource of the radiator.

Smaller dimensions.

Lower electricity consumption.

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Local case studies in water wells: We are belonging to the Water Authority of the state of Khartoum, and DAL Engineering lLS

Company.

Well name before g/h After g/h Increasing of productivity %

Fetemab 1200 3200 166.6

Sawrah 41 2000 6000 200

Sawrah 40 100 700 600

Sawrah 18 1200 5800 383.3

Sawrah 97 1500 3000 100

Nile city 1000 3000 200

Dal 1200 5800 383.3

Um-derawah 2500 5000 100

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5. The Plasma Generator of Elastic Pulses (PGEP):

Introduction:

Our experienced company provides signally the unorthodox technique for both production

and injection wells; the Plasma Generator of Elastic Pulses (PGEP). In all cases, used to

increase the well productivity by improving the productive properties of bottom zone

filtration.

Due to the collapse pulses impact, new cracks will be formed which can often increase the

volume of gas content of formation fluids. The proposed treatment method is an innovative

environmentally sound technology.

Advantages:

The one well treatment takes 6 hours maximum. Jump to advantages, the PGEP avoid the

geophysicists assignment as well as bringing the well into an action after the work performed

immediately. On this basis decrease the water-cut WC%.

The bringing down of the perforation discharge unit into targeted zone is uncalled-for. Besides

removing the submersible equipment can be used for both operating and shut down process

for scheduled work over. It is worth mentioning, there is no parallel or analogues as for our

unique technique, equipments and method in the oil area all over the world.

This treatment combines the advantages of the existing following treatments:

Acoustic treatment of wells technology.

Electro hydraulic treatment of wells technology.

Nitrogen pulse treatment.

Vibrated wave action on production strata.

Gas dynamic strata fracturing.

Illustrator:

The full range of equipment is installed on the base of terrain vehicle class GAZ-66

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Reference:

Speaking of which, this technique correspond to Kyoto Protocol; Article 2 (paragraph 1.-A-iv)

under the name an innovative environmentally friendly technology.

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6. Technological Solutions for Efficient, Highly Profitable and

Environmentally Safe Mini Oil Refinery:

Introduction:

Traditionally small refineries are not capable to provide deep crude oil processing and

produce high quality motor fuels. It is concerned with high CAPEX and OPEX cost due to

complexity of the technological equipment and processes. Such equipment like reforming

and isomerization units usually installed at oil refinery plants with capacity 1 million tons

annually and more.

For the reasons above a traditional mini oil refinery plant consists of basic units which produce

straight-run nafta, high sulphur content diesel fuel and fuel oil (or mazut). In such configuration

those plants can produce from 50 to 65% at maximum light fractions and huge amount of

heavy fractions.

Oil refining issues:

Heavy and extra heavy crude oil as feedstock High sulfur content Strict environmental requirements High quality petroleum products demand Distributed oil fields and wells

Our solution Benefits:

High quality fuels production according to Euro-4-5. Heavy crude oil refining. 100% of feedstock processing. Autonomous and energy independent units. Turn-key supply. Modular design with scaling up possibility. Multi-feedstock design.

Advantages:

These superior solutions provide the following key benefits:

Deep Crude Oil Processing Our technologies allow the achievement of over 90% refining depth, producing high

quality motor fuels according to strict European standards. Our mini oil refining facilities

produce high quality final products, not just low quality middle products like what all

others do. Moreover, we can generate our own electricity for production needs by

recycling of heavy residues simultaneously.

Heavy and Extra Heavy Crude Oil Processing Instead of most of the traditional solutions from European and American suppliers, our

equipment can process heavy and extra heavy crude oils with high sulfur content.

Anton Potapov provides a possibility to produce high quality products with significant

added value from difficult refining feedstock.

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Euro-4 and Euro-5 Compliant Our mini refineries allow production of high quality motor fuels according to Euro-4 and

Euro-5 standards. It completely redefines traditional practice of mini oil refineries

operations and brings your business up to new level. You will produce highly profitable

products with minimum residues amount.

Completely Environmentally Safe Special attention in our projects is focused on environmental issues. We design and

construct eco-friendly facilities which correspond with strict environmental regulations.

Low OPEX and Energy Consumption Our technological processes are designed in such way that we achieve significant

energy effectiveness of petroleum products manufacturing. In comparison with

American well-know UOP solution our isomerization process is 2 times cheaper, 5 times

less energy intensive and 6 time less space needed. It considerably decreases crude

oil processing cost.

Comparing between American's and Russian's designs, in term of size and

complexities:

American's design Russian's design

Different Types of Design Our refining equipment can be manufactured either in vertical or in horizontal

positioning thanks to specially developed process of primary crude oil refining. It makes

possible to construct units in mobile version.

Our partner's experience:

Our partner the Hood River Suomi Oy has vast experience in design and construction of

different kind of crude oil and petrochemical facilities. Currently one of the HRS Holding

companies signed contract with Indian Oil for industrial scale facility construction for Euro-5

quality fuels production. Also we are involved in Russian Government project for design and

construction of two oil refineries 3 million tons per year and 2 million tons per year capacity.

In our work we use the best business practices and cutting-edge technologies which make

our projects ultimately effective and highly profitable for our esteemed customers and

partners.

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Illustrators:

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7. Supply of equipment for oil and gas industry:

Offering New Services:

Gentlemen, we have the pleasure to inform you that we have been obtained a new services

and products in petroleum equipment with the cooperative of the VMZ-trading Co Ltd,

registered in St. Petersburg, Russia. We SHFRA multi activities Co, Ltd will be connected with all

kind of products as Exclusive Dealer. Our company will be supplied with a sufficient variety

and quantity of equipment and we guarantee that any orders with which you may favor will

be executed with full satisfaction.

Our partner:

VMZ-TRADING Co Ltd registered in St. Petersburg in 2011 by private individuals to major

international projects. The company is a successor ST "Apogee." The company has

successfully worked in Russia since 1991 were the founders of the individuals and the

International Red Cross. The main activities included: construction, trade, humanitarian aid,

food supplies in the LO and consulting services. Over the years organized many business

meetings at the highest level between representatives of leading companies and

government agencies of Russia, Sudan, Iran, United Arab Emirates, Germany, carried out

several scientific conferences on the problems of oil and gas industry. Currently, VMZ-

trading specializes in the provision of services (repair of wells and the intensification of

production), as well as the development of new technologies, materials and equipment for

oil and gas industry. One of the main activities of the company are improving technologies

for enhanced oil recovery, overhaul of wells, introduction of modern, high-performance

materials and equipment Cooperation with reputable scientific and industrial centers can

adapt as quickly as possible technologies and equipment for geological and technical

conditions of the regions in which they are applied.

Proposed Services:

We SHFRA multi activities Co, Ltd offer the following products, some of them based on

domestic market demands:

Water isolation and repair of wells.

Supply of equipment for oil and gas industry.

Supply of pumps, turbines, automatic pumping stations.

Supply of telecommunications equipment.

Delivery of rolled metal.

Consulting.

In addition, the following tools aren't cover all the available equipment & services of

our partner.

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Proposed Equipment:

1. Wellhead equipment

2. Drilling equipment

3. Fishing Tools:

a. Detachable overshot:

b. Overshot

4. Well service equipment (CUTTER):

5. Construction and wells repair

equipment

6. Equipment and appliances for pipes

fitting:

a. EJECTOR

b. Shaped FIXTURES

7. Adapters:

8. Pneumo-hydraulic installation and

stands

9. Process equipment

10. Lubricator wire

11. Threading tools

12. Device for changing the pressure

valve

13. A SPOT PREVENTER

14. Manifold

15. REPAIR PLASHECHNOGO PREVENTER

16. The control station blowout preventer

17. Universal annular preventer

18. UNIVERSAL ROTARY PREVENTER

19. ELEVATOR

20. SPIDER-ELEVATOR

21. Spider and Spider-elevator

22. A set of equipment for gas-lift method

for oil extraction

23. COMPLEX "BARRIER 6M"

24. The deep safety shutoff valve with

independent drive type CPC-73 43

25. EQUIPMENT TO ISOLATE THE ANNULUS

26. COMPLETE SYSTEM "BARRIER 6ORE" for

the simultaneous production of the

well two-tank

27. Submersible MAINTENANCE

EQUIPMENT OR-168

28. PACKER

29. Tools of operation intervention

30. Universal Packer

31. BALL VALVE

32. Check valve

33. Control valve RC-400

34. CRANE MOUTH

35. GATE VALVE

36. Hydraulic throttle (Hydraulic chokes)

37. SAFETY VALVE

38. Valve with damping device

39. VALVE WITH TWO SYSTEMS OF

CONTROL AND MANOMEROM

40. GATE VALVE (WEDGE GATE)

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Wellhead equipment

Wellhead equipment for operational

VYSOKODEBETNYH GAS WELL

1 - Casing head, 2 - head tube, 3 - adapter, 4 - valve ZMS-150h210 K1,

5 - Catch ZMS80h21 K1, 6 - catch ZMS-100h21 K1,

7 - The union of the corner of DR-100h21 K1, 8 - Check valve OK 100h21-K1,

9 - matanolnaya line.

Designed for operation and maintenance of gas wells, including in underground gas

storages.

Design features:

Replacement of all components and elements christmas tree, pipe holder without first

squeezing well.

Making all kinds of well work through the tubing, and the descent (ascent) without first

squeezing well.

Automatic Emergency overlap pipe duct tubing in case of destruction christmas tree.

Specifications:

Naimenoanie parameter: Parameter value:

Working pressure, MPa 21

The diameter of the tubing, mm 168

Working Environment Gas containing a small amount of gas condensate and

produced water

Operating temperature, Celsius 80

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COMPLEX wellhead equipment for the underground gas storage:

Designed for roping casing, pinning (suspension) of the upper end of the intermediate casing,

the main casing and hanging columns at the mouth of the well during the construction and

operation of underground storage tanks in the rock salt.

The complex includes a construction kit and a set of operational equipment.

The main indicators of the level of technical equipment meet the requirements of the

standard edition of API 6A PSL2, PR1.

Specifications:

Undergirding the number of columns, pieces. 5


Diameter, bind columns, mm (inches):

- directing 530 (20 7/8")

- Intermediate casing 377 (14 27/32")

- The main casing 299 (11 3/4")

- External Suspension 219 (8 5/8")

- Central pendant 146 (5 3/4")

Type of pipe holder klinevoy

The load on the pipe holder for pipes, kN:

- 377 mm 1290

- 299 mm 1165

- 219 mm 878

- 146 mm 1360

valving direct-flow valve

with the seal of the seal

"metal-metal"

The control system valves manual

Control valves adjustable choke

The control system throttles manual

Management effort, kN 0.45

Average service life, years 15

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OPERATING MODE

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Drilling equipment STAGE TURBINE FOR TYPE turbo drills A9-GSHT and TPX-240

Designed to create a torque shaft turbo drill. Turbine stages are installed in the upper

sections of two turbo drills by 90 sets of each section.

The tests of turbine stages have shown their high resistance to abrasion, as well as a

good balance, thus increasing the service life by 20%.

These tests were conducted at the Gubkin deposit where drilling fluid contains

utyazhlitel that increases abrasion.

Technical characteristics:

9- -240

P input 13-17 10-16

P O 6-11 5-11

Fluid flow in l / s. 42 32

Operating temperature, Celsius 120 100

Rotation Speed rev / min 250 340

material Steel SB7Si-1 Steel SB7Si-1

Number of blades:

nozzle 38 30

Impeller 38 30

Overall dimensions, mm

nozzle 124 204, 5 x 52 132204, 5x 50.1

Impeller 110190 x 52 110190 x 50.1

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Fishing Tools Detachable overshot:

Apply for full or partial withdrawal of the casing pipe remaining in the well by accident

(bummer, fall, etc.)

The service life (number of seizures)

Overshot - 36

Collet - 9

1 - stub

2 - head,

3 - housing,

4 - mandrel

5 - collet

6 - Bush,

7 - adapter

8 - ring seal,

9 - collet

10 - key

Specifications:

Types: TVO-

168

TVO-

219

TVO-

245

TVO-168L TVO-219L TVO-245L

Nominal diameter of the

grip tube, mm:

168 219 245 168 219 245

The range of the internal

diameter of caught pipes,

mm:

153-

158

204-

209

227-

232

153-158 204-209 227-232

Nominal axial load, kN: 2200 2500 2500 2200 2500 2500

Overall dimensions, mm:

Diameter: 159 210 234 159 210 234

Length: 1156 1196 1226 1156 1196 1226

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2. Overshot:

Apply for full or partial withdrawal of the casing pipe remaining in the well by accident

(bummer, fall, etc.)

Used in the continental climate.

The service life (number of seizures)

Overshot - 36

Plunger - 9

1 - Insert

2 - stock

3 - head

4 - plunger

5 - adapter

6 - screw, bolt

7 - Spring

8, 9 - conical plug


Type: TVOP-73 TVOP-72L TVOP-89 TVOP-89L

Nominal diameter of the grip tube, mm: 73 73 89 89

The range of bore caught pipes, mm: 59-63 59-63 74-77 74-77

The maximum axial load, kN: 500 500 700 700

Plunger diameter, mm:

Closed: 57 57 71 71

In the open condition: 69 69 83 83


Diameter (adapter): 95 95 95 95

length: 1190 1190 1300 1300

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Well service equipment (CUTTER):

Universal cutter down hole face cutter.

Cutting type - the type of abrasive cutting - abrasive

Universal milling machine, the type of cutting - abrasive (sand), is used for cutting the

damaged pipe sections and other pieces of equipment in the well.

Downhole face cutter, the type of cutting - abrasive (sand), is used for cutting the

damaged pipe sections and other pieces of equipment in the well.

UNIVERSAL CUTTER

technical characteristics:

Designation Part number D d D1 d1

FK 00.00.000 FK 110-80 110 80 320 106 72

01 FK 112-82 112 82 320 108 72

02 FK 136-102 136 102 350 132 104

03 FK 140-110 140 110 350 136 104

04 FK 155-125 155 125 240 151 116

05 FK 185-152 185 152 370 181 144

06 FK 210-179 210 179 260 206 144

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HOLE Facemills

technical characteristics:

Designation Part number D L D1

FZN 00.00.000 FZN-110 110 210 95

01 FZN-140 140 220 108

02 FZN-180 180 260 155

03 FZN-210 210 280 178

04 FZN-280 280 320 178

05 FZN-110L 110 210 95

06 FZN-140L 140 220 108

07 FZN-180L 180 260 155

08 FZN-210L 210 280 178

09 FZN-280L 280 320 178

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Construction and wells repair equipment: LAUNCH CONTROL UNIT AND WELL

1 - challenged.

2 - gate valve with manual control.

3, 9 - Flange deaf.

4, 8 - double cube.

5 - flange back.

6, 7 - flange weld.

10 - dice.

11 - frame.

12 - the valve needle.

13 - media separator membrane.

14 - gauge.

15 - the union of the corner.

16 - valve with manual transmission.

Design Feature:

The location of the unit on the stand provides the

ability to deliver it to the installation site in a short time,

which minimizes downtime repaired wells.

Prednazanachen unit for binding of the stem-mas tree in order to ensure the

circulation of labor and technological environment during the construction and repair

of oil and gas wells.

Corps crosses, tees, uglovikov, weld flanges are made of forged blanks that Class AA

by API 6A.



Orifice in., 65

Valve direct-flow valve with seal

in the gate "metal-metal"

gate valves operation manual

The force on the flywheel, kN, not more 0.45

Average service life, years 15

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Equipment and appliances for pipes fitting

EJECTOR

1-to-case, 2.13 - flanges, 3,4,12 - O-ring, 5 - conical plug, 6,8,10 - pin, 7,9,11 - a nut, 14 - Nozzle,

15 - the mixing chamber.

It is intended for transporting the gas flow with low pressure and degassing oil in the

pipeline by the gas pressure increases from 3.7 to 5.2 MPa.

The ejector is used in regions where the average temperature for 5 days did not drop

below -20 degrees Celsius and the relative humidity reaches 100%.

Operating environment - oil and gas, purified from mechanical and liquid impurities.

Manufactured in accordance with the specifications of API Spec. 6A.

Design features:

held for ejector 100% X-ray study of the forging.

The hardness of the exhaust nozzle of HRC 35 - 40.


Capacity, m3/day., No more: 710

The volume of the incoming gas stream m3/day., No more: 460

The volume of effluent gas m3/day., No more: 480

Working pressure, Mpa: 14

Pressure outlet of the ejector, Mpa: 5,2

Overall dimensions, mm: 1465864310

Weight, kg, not more: 300

32 | P a g e

Shaped FIXTURES

1 - Adapter, 2 - elbow, 3 - Tee

They are used in equipment for the petrochemical industry.

They are made from forgings, forgings and bulk pipes, jumps can be used in long

products.

Conduct mandatory testing of hydraulic components, and then - magnetic particle

and magnetic particle color.

Specifications:

Working pressure, MPa 10 - 100

Nominal diameter, mm 6 - 200

Operating temperature, Celsius -60 to +540

33 | P a g e

Adapters:

TRANSITIONS

Tube adapter intended to connect the columns with different types of pipe thread

connections and also for downhole equipment that is used for oil and gas, with threads

corresponding to the threads of adapters.


Working pressure, MPa, more: 21

Working Environment: Gas, oil, condensate with CO2 to 6%

Operating temperature, degrees

Celsius:

10 to 120

Thread Types: 2 3/8 ", 2 7/8", 3 1/2 "

The circular pipe thread with upset ends in accordance

with STD-5B-88API USA;

Carving 60, 73, 89 NK for simple tubes;

Thread 2 7/8 "VAGT similar VAM


Length: 500*

* - Length from 1000 mm to 1500 mm on request.

34 | P a g e

Pneumo-hydraulic installation and stands CONTROLLER- Christmas tree

1. Plug fuse.

2. The pressure to the hydraulic drive side

gate.

3. The pressure to the hydraulic actuator stem

in part.

4. Pressure to the hydraulic underground shut-

off valves.

5. Control signal pressure.

6. Control signal to a low-pressure.

7. Supply system pressure.

8. Control Panel.

9. Pneumatically control unit hydraulic power.

10. The hand-held remote emergency

shutdown.

11. Pipe work environment.

12. Gas separator

13. High-pressure unit.

14. Low-pressure unit.

15. Valve shutoff.

16. Pressure Regulator.

17. gazovod.

18. The air.

19. Source Control.

Station game is intended for manual and automatic remote emergency shutdown

wellhead of the well.

Emergency shutdown occurs in the following cases:

o Too high or low blood pressure.

o Fusion of one or more fusible plugs fire protection system.

o Used to work in a humid climate in the presence of traces of H2S.

Design feature - a control station is autonomous, its main source of energy - the

nitrogen tank, which, as its consumption recharge service personnel.

35 | P a g e

Specifications:

The control system valves: automatic remote

with hydraulic

Number of controlled valves:

Stem (head), PN 21 MPa: 1

Side, PN 21 MPa: 2

Controlled shutoff valve, PN 50 MPa: 1

Working Environment: natural gas with CO2 and H2S obsession to

25% by volume of each

Operating temperature, Celsius: -45 to +45

The worker agent in the pneumatic control

system, PN 15 MPa, V = 40 l:

Nitrogen (4 cylinder)

The worker agent in the hydraulic control system,

PN 15 MPa, V = 60 l:

silicon-organic hydraulic fluid

Number of hydraulic pumps:

- Hydropneumatic, PN 21 MPa: 1

- Hydropneumatic, PN 50 MPa: 1

- Hydraulic (manual), PN 60 MPa: 1

36 | P a g e

Process equipment

INSTALLATION for hydraulic

CASING AND DRILL PIPE

High pressure control panel.

Auxiliary hydraulic control system.

Control panel.

Steady-rests.

Pipe transporting mechanism drive.

Back head.

Base.

Basement with watertank.

Inlet roller table.

Pipe transporting mechanism.

Electric boxes.

Retainer.

Daytank of hydraulic system.

Tested pipe.

Front head.

Outlet roller table.

37 | P a g e

The unit is designed for crimping pipe test pressure under control input.

Process hydraulic test pressure pipes comprises:

1. Receiving an input pipe roller conveyor with automatic metering of its length to

position the carriage back head.

2. supply pipe from the input shaft to the roller conveyor installation.

3. institution in the respective ends of the pipe sealing heads with axial circuit -

movement forward head carriage, and a radial - with lunettes.

4. the overlap zone placement test tube guard.

5. exclusion of air inside of the tube during its filling with water.

6. asc pressure water filled the internal cavity to a predetermined level (22,5 ... 70 MPa),

followed by aging under pressure for 20 seconds, 10 ....

7. collapse and the subsequent discharge of water from the inside of the tube by gravity

in the derivation of the ends of the sealing heads (after opening the lunettes and

discharge guard).

8. transmission pipe axis of the unit on the output roller conveyor with subsequent

transportation to the testing site.


Parameter name: Parameter Value:

OD test tubes mm:

- the smallest 127

- the greatest 245

The outer diameter of the coupling of the test tubes, mm:

- the smallest 141,3

- the greatest 270

Length of test pipe mm

- the smallest 8 500

- the highest 12 500

lschina walls of test tubes, mm:

- the smallest 7,5

- the highest 12,7

Operating pressure of the fluid model, MPa:

- the smallest 22,5

- the greatest 70

Working pressure, MPa:

- the greatest 0,8

- the smallest 0,5

Rated pressure of hydraulic fluid in the auxiliary hydraulic system, MPa 5

Temperature model fluid, degrees Celsius +5 to +45

Time to fill the pipe fluid model parameters with the largest diameter,

length, and the test pressure of not more seconds

30

The greatest time of enrollment pressure in the casing diameter of 245

and a length of 12 500 mm, not more seconds 60

38 | P a g e

Exposure Time casing pressure sec 10 to 20

The angle of inclination relative to the horizontal axis of the installation

plane in the direction of the process stream, degrees not more than 130

The angle of inclination of the axis of the input roller conveyor relative

to a horizontal plane in the direction of the process stream, degrees

not more than

130

Unit operating mode semi-automatic,

manual, adjustment

The input conveyor rollers reversible

Nominal speed of the roller tables pipes (depending on the diameter

of test tube), m / sec. 0.2 to 0.25

The greatest stroke of the ram module front head, mm 1250

Ram Speed mm / sec. from 0 to 130

The deflection of the drive belt when you press the middle of the

branches with a force of 30N (3 kg), mm 15

Maximum stroke of the carriage unit back head, mm 3500

Speed of the carriage rear head unit, mm / sec. from 0 to 200

Nominal force, supported by a hydraulic cylinder mechanism clamp

test tube backrest at a nominal pressure of oil in the auxiliary hydraulic

system, H (kgf)

31 800 (3180)

Stroke lunettes supports, however, mm 58

The distance between the axes of the columns in the length of

installation, mm 1200+0,1

The common axis of rollers kept well input and output roller tables from

nearest column axis, mm 600+2

Travel speed test tube rudder mechanism (adjustable), m / s. 0 to 5

Installed capacity in kW 210

Voltage power circuit, V 380

Control voltage, V:

- AC 110

- DC 24

39 | P a g e

Lubricator wire

LUBRICATOR WIRE

1 - Block.

2 - Compression nut.

3 - Packing.

4 - The case.

5 - Cork.

6 - Upper section.

7 - Sub.

8 - Section average.

9 - Nipple.

10 - The lower section.

11 - Clutch.

12 - Valve.

It is intended to contain the pressure in the wellbore and provide

launching and recovery tool on the wire (rope) during maintenance work

without changing the pressure in the wellbore.

Specifications:

Working pressure, MPa: 21

Working Environment: oil, gas and wash liquid condensate with H2S and

CO2 6% by volume of each

Operating temperature, Celsius: 120

The diameter of the wire (cable), mm: 2.5 (4.6)

overall dimensions: 2353048005

Weight: 340

40 | P a g e

Threading tools

1 - Centering collar.

2 - Rotating mechanism.

3 - The hydraulic motor.

4 - Cutter holder.

This tool is used for threading on the casing to

further mount the head casing.

Design features:

High precision centering on in the outside

diameter of the casing.

Environmentally friendly hydraulic drive.


OVC-118.00 OVC-157.00

The pressure in the supply line, MPa

- nominal 6,3 10,0

- the maximum 8,0 12,5

Nominal size of the casing, mm 245, 219, 194, 178 344, 299, 273

Accuracy with respect to alignment

ND casing mm

+/-0,5 +/-0,5

The number of rotations per minute cutting

tool / min, adjustable

12-25 10-20

Low Ambient,

degrees Celsius

-15 -15

Overall dimensions, mm 960960845 10801080845

Weight is equal to or less 460 650

41 | P a g e

Device for changing the pressure valve

1 - Rod

2 - Wheel

3 - Handle

4 - Bracket

5 - Union

6 - Rod

7 - Bracket

8 - Stock

9 - Nut

10 - Bracket

11 - Housing

12 - Gauge

13 - Valve

14 - Bracket

15 - Packer

16 - Adapter

This device is designed to remove the valve from the wellhead well under pressure, and the

installation of a new or repaired valve without preostanovki work well.

Design features:

Opportunity to carry out without killing the well.

The possibility of mounting the device at the Christmas tree with the attachment to the

connecting flange and the wing valve. The sealing member covers the sealant

extending through a forced change of shape and volume.

42 | P a g e


Size valves, revocable device

mm x MPa

10035; 10021; 15021

Well pressure at which the valve can be changed, MPa, the maximum

- 10035 27

- 10021, 15021 12

Maximum stroke packer, mm, 1490

The diameters of the plugs for valves, mm

- DN 100 96

- DN 150 146


- Length:

in the assembly 5545

packaged 2845

- Width:

in the assembly 1200

packaged 630

Height: 310

Weight 600

43 | P a g e

A SPOT PREVENTER

Designed for sealing in construction, development and repair of wells. Manufactured in

accordance to the specifications of API 16A.

Design features:

Dice mechanized change: kryschshki opened by hydraulics

Wellbore pressure provides an additional seal by closing the dies

Simplicity of design provides easy replacement of all necessary seals and key parts.

1 Body

2 - Cylinder to change dies

3 - The working cylinder

4 - Manual lock plate

5 - Dice

Technical characteristics

Designation equipment Description rated size in

mm

Working

pressure

conditional

passage

outlet

hole

PSI MPa

498074-24-10-28-02 Single ram

preventer

180 52 10 000 70

499074-24-10-28-02 double ram

BOP

180 52 10 000 70

44 | P a g e

Manifold

Designed for circulating fluids in oil and gas wells in the process of building and repairing in

order to safe operations, maintaining the desired pressure at the mouth, preventing emissions

and outdoor fountains and protecting the natural resources and the environment.

Design

Features:

Perhaps one-and two-way manifold location relative to the wellhead

The complete set of manifold separators, fluted chokes and valves, and control

panels.

Possible to produce a corrosion-resistant (to hydrogen sulfide) performance

Modular design provides ease of installation and transportation.

1 - Outlet.

2 - with hydraulic valve.

3 - Back flange.

4 - Check Valve.

5 - Tee.

6 - hand-operated throttle.

7 - Gauge.

8 - Separator media.

9 - Needle valve.

10 - Flange tool.

11 - Plug-in connection.

12 - Crossing.

13 - Valve with manual transmission.

14 - Separator.

15 - Flange adapter.

16 - The top.

17 - Quencher flows.

45 | P a g e


operating pressure, Mpa 70

internal diameters, 80

gate valves operation Manual, Remote

The pressure on the control line, Mpa 9 - 21

Nominal diameter of the nozzle, 38

Operating temperature, C Up to 90

overall dimensions, mm 23 380 7 800 1 500

Service life, years 6

46 | P a g e

REPAIR PLASHECHNOGO PREVENTER

Designed for sealing and repairing wells in order to fix leaks and public fountains.

Design Features:

Well pressure creates an additional seal when closing the dies

Design allows easy replacement of all seals and major parts when needed.

1 - Die blank

2 - Piston cylinder with manual brakes

3 - Hydraulic cylinder

4 - Die tube

5 - Cover

6 - Body

7 - Pipelines to pump-storage plant.


designation of equipment name conditional pass,

mm

operating pressure, MPa

PPG 2-15621 double ram BOP 156 21



47 | P a g e

The control station blowout preventer

1 - air-hydraulic accumulator

2 - Node electro-hydraulic junction box

3 - Piston compressor

4 - Electric triplex pump

5 - Tanker

6 - Sensors

Controller blowout:

Designed to control the BOP and manifold valves hydraulically to seal the mouth of the well

and make the necessary technological operations for drilling and work over of oil and gas

wells. Manufactured in accordance with the technical standards of API 16D.

The station provides:

uninterrupted supply of hydraulic fluid to drive systems OP command from the main control

panel or remote control driller, truemogo maintaining fluid pressure, work in a moderate,

moderately cold and cold climates.

The set of equipment:

pump-accumulator station with the main control unit

remote control driller: optional remote control driller (may be completed in the order)

Flexible high-pressure hoses.

48 | P a g e

Specifications:

The number of hydraulic components, managed GTC 6

Nominal pressure, MPa 21

Vol hydraulic cylinder l 218

Reagent buffer solution in pneumatic hydraulic accumulator nitrogen

Power of electric power drive, kW 18,5

The voltage required for the motor, V 380

The pressure at the inlet emergency backup pneumatic actuator, MPa, more 1,0

The volume of petroleum (oil) tanker l 600

Performance three-cylinder pump, l / min. 32,9

Performance piston compressor, l / min. 18,9

Diameter pipeline connecting with the blowout preventer 1"

Overall dimensions of the battery unit with substation control, mm

- length 3700

- width 2000

- height 1900

Dimensions remote driller mm

- length 320

- width 740

- height 770

Overall dimensions of the slide, mm

- length 6000

- width 1900

- height 170

Weight control stations kg 4500

49 | P a g e

Universal annular preventer

It is intended to seal the well head around any part of the drill string and the complete

overlap well in the absence of her instrument. Manufactured in accordance with the

specifications of API 16A.

Design features:

Well pressure contributes to further the effective compaction.

simple design which makes it easy for replacement of all seals and main parts.

available in corrosion resistant (to hydrogen sulfide) performance.

1 Cover 2 seal

3 Housing 4 pistons

Technical Specifications

designation of equipment conditional pass, mm Working pressure

PSI Mpa

497073-10-25-01 180 5000 35

PUG -15621 156 3000 21

PUG -18021 180 3000 21

50 | P a g e

UNIVERSAL ROTARY PREVENTER

It is intended to seal the well head when the tripping pressure down hole environments,

provides rotation of the column as well as a complete coverage of the wellhead in the

absence of its instrument. It combines in one unit the functions of the two - the universal and

rotating - preventers. Manufactured in accordance with the specifications of API 16A.

Using the universal rotating BOP increases the safety of drilling operations; improve the system

of protection of the environment. Possible to produce a corrosion-resistant design.

1 - Lower body 2 - bayonet nut 3 - Roller Bearing 4 - Upper body

5 Shaft 6 Seal 7 - chevron seal 8 - cover

9 flange 10 liner 11 Pump 12 - Drive

51 | P a g e


Pressure, MPa

-Working pressure during rotation

-Working pressure without rotation

-Test pressure

7

14

21

The diameter of the orifice, mm 280

Sealing the pipe diameter, mm

- Drillstring

- Drill pipe leading, square

- drill-pipe leading hex

114; 127

112;140

108; 133,4

The average temperature, degrees Celsius 150

52 | P a g e

ELEVATOR

1 - Locking handle (lock)

2 - body

3 - axis

4 - door

5 - handle

It is used to capture and hold the casing or tubing during tripping operations, construction

and maintenance of oil and gas wells. It is used to work in temperate climates.

Design features:

Housing made by precision casting

original design of the valves elevator provides a secure fit in the "closed"

Significantly improves safety during operation in all weather conditions.


Load rating, kN 750

Pipe diameter, mm 48, 60, 73, 86, 102, 114, 127, 140, 146, 168

Lever Diameter, mm 45

Overall dimensions, mm length x diameter x height 530h320h210

Weight, kg, not more than 60

53 | P a g e

SPIDER-ELEVATOR

Spider-elevator SEP-125 with pneumatic actuator

BOT-125 PNEUMATIC DRIVE

1 body 2 pneumatic 3 - wedge suspension 4 - Arm,

5 - Screw 6 - eye bolt 7 - axis of the door 8 - Door

9 - Replaceable blade (plate) 10 - pin 11 - centralizer replacement

Designed for capturing, holding the weight of the tubing (NCB) under the round-trip

operations during construction, repair and operation of oil and gas wells. It can be used in

moderate climates.

Design features:

Housing, cams (wedges) are a way of precision casting.

Reinforced by the original technology interchangeable plates ensure a long service

life of Spider-elevators.

Top jaws and dies allow you to use Spider-elevators in a wide range of diameters

casing of domestic and foreign production.

Can operate in a manual actuator.

54 | P a g e


Gruzopdemnost 1250 kN

Pipe diameter mm 48, 60.3, 73, 88.9, 102, 114.5

Overall dimensions 795h685h440

Average service life 6 years

The pressure in the pneumatic actuator, 0.6 Mpa

The working environment in the pneumatic actuator compressed air ,nitrogen

55 | P a g e

Spider and Spider-elevator

1 Funnel 2 - the guide ring 3 housing 4 - the locking mechanism

5 Catch 6 lever 7 fork 8 - housing

9 Cam 10 directing 11 - inserts (dies) 12 shield

13 Axis 14 - Door

Designed for round-trips, capturing and holding the weight of the rotor or on the table casing

or tubing for screwing and unscrewing drill pipe recovered from the well or intended to walk

down the construction and repair of oil and gas wells. Category of performance and

accommodation - U1 to GOST 15150-69. Macro-area operation - II4-II12 GOST 16350-80.

Design features:

Housing, cams (wedges) are a way of precision casting.

Hardening of the original technology interchangeable plates ensure a long service life

of spiders and spider-elevators.

Interchangeable jaws and dies allow you to use spiders and spider-elevators in a wide

range of diameters casing of domestic and foreign production.

When using the machine as spider plate is installed on the body, and when used as an

elevator - a funnel.

56 | P a g e

Main technical characteristics:

Parameter Value Load rating

Pipe diameters in mm, kN 750,1250,2500,3500

Pipe diameters in mm:

-For g / n 750.1250 48,60,73,89,102,114

- For g / n 2500, 3500 127,140,146,168,178,194,219,245,273,324,346

Overall dimensions, mm 1300x1030x990

Average service life years 6

57 | P a g e

A set of equipment for gas-lift method for oil extraction

1 - lubricator

2 - Winch

3 - Preventer

4, 5, 6 - borehole camera

7 - circulation valve

8 - Device for the separation column tube

9 hydraulic packer

Designed for the development and operation of conditional straight and directional oil

wells for gas lift method of extraction of oil without pulling the tubing after the fountain

method of operation. Used in oil wells with hydrogen sulfide and carbon dioxide and 6%

by volume of each. Manufactured in accordance with the specifications of API 11V1.



Nominal diameter of the casing, mm (in.) 140 (5 1/2")

Nominal diameter of the tubing, mm (in.) 60 (2 3/8")

Conditional diameter valves, mm 25

Operating temperature, degrees Celsius from 10 to 120

58 | P a g e

COMPLEX "BARRIER 6M"

1 - Adapter


3 - removable packer

4 - clutch

5 - protective sleeve

6 - foot valve nipple

7 - foot valve

The complex "Barrier 6M" is designed for use in gas wells. Can be used in gas wells

within a reservoir with CO2 obsession to 1% by volume.

Service life - at least 10 years, the sealing element must be replaced after 5 years, at a

regular scheduled maintenance of the well.

Operating environment - non-corrosive natural gas with CO2 to 1% by volume.

Used to work in temperate climates.


Working pressure, Mpa 35

The diameter of the first casing, inches 6 5/8"

The diameter of the tubing, mm 3 1/2" - 41/2"

(possible to use 4 inch tubing adapter)

The reservoir temperature, degrees Celsius Up to 80

59 | P a g e

The deep safety shutoff valve with independent drive type CPC-73

1 - Nut top,

2 - the case

3 - Bush

4 - lower nut

5 - liner

6 - Valve

7 - support

Designed for operational overlap pipe duct tubing to avoid the occurrence of open spouting

reservoir fluid. Place the valve slam shut - part of the compressor piping. It is used in

temperate and continental climates.

Design Features:

The ability to configure bridging device (the ball) to different operating conditions (pressure

alarm).



Test pressure, MPa 70

Time to failure, cycles 100


Working Environment gas, gas condensate, oil reservoir

water and mixtures

The inner diameter of the flow channel, mm 62


length 650

diameter 114

Weight, kg 25

60 | P a g e

EQUIPMENT TO ISOLATE THE ANNULUS

1 - upper rod

2 - Sealing

3 - valve device

4 - clutch

5 - the stock lower

6 - moving the piston sleeve

7 - elastic sleeve

8 - Sector

9 - carved cork

Design Feature:

Availability of this device in the form of an elastic sleeve, sealing the annulus with

divergent sectors.

Equipment is intended for:

o Separation of the annulus from the well that is in the established process

conditions including the filing of the inhibitor into the tubular conduit

o compensate for changes in the length of tubing when temperature fluctuations

in the well

o Development, research, shut-in and replace the tubing without first squeezing

the well

o Treatment of the bottom hole formation zone for the purpose of boosting fluid

flow

o The place of installation - in the tubing near the bottom of the well.

61 | P a g e

Specifications:

The maximum differential pressure at a site of the

formation and dissociation of the well annulus, Mpa

25

Maximum pressure required for installation in the

wellbore, MPa

70


Working Environment Gas, gas condensate, crude oil,

formation water, drilling fluid, or

mixtures thereof with possible

content of H2S and CO2 and 25% by

volume of each

Nominal diameter of the tubing, mm 114

62 | P a g e

COMPLETE SYSTEM "BARRIER 6ORE" for the simultaneous production of the

well two-tank

1 - remote control

2 - packer

3 - casing 4 1/2 "

4 - threaded pipe and thickening


6 - casing 9 5/8 "


8 - nipple

9 - foot valve

10 - packer

11 - Nipple

12 - casing 6 5/8 "

13 - valve (pressure 350MPa, diameter 6mm)

14 valve

Designed for installation in wells with two tanks. It can be used in moderate climates.

From the bottom of the tank gas is extracted through tubing diameter of 4 1/2 ", and the top

of the tank - and the annulus packer bypass pipe that is controlled by a special valve.

Design features:

The complex is effectively used in fields with multiple reservoirs

complicated operating conditions

as well as increased requirements for environmental protection.

63 | P a g e


Working pressure, MPa (kg/m3) 21 (210)

Working Environment Non-corrosive natural gas with CO2 to 1.5%, gas

condensate, condensation and salt water,

some of the mechanical mixture.

The reservoir temperature, degrees Celsius Up to 50

The upper section of the well, in.

Casing 9 5/8"

tubing 4 1/2"

The lower portion of the wellbore, in.

casing 6 5/8"

Tubing 3 1/2" - 4 1/2"

64 | P a g e

Submersible MAINTENANCE EQUIPMENT OR-168

1 - pipe

2 - a funnel-shaped bell tower napralyayuschey

3 - Ring

4 - sleeve

5 - piston

6 - uplontitelnoe ring

7 - Bolt

8 - the case

9 - cone nozzle

10 - Coupling of separation

11 - detachable sleeve

12 - Ring

13 - wire winding

14 - valve

15 - cover

16 - Nut

17 - plug

Design features:

Safety valve automatically closes the flow channel tubing in the process of recovery.

The equipment is intended for:

separation of the formation penetrated by the wellbore annulus from

prevent the uncontrolled operation of the well

Operating in a proper process conditions, including the filing of the inhibitor in the pass

of the tubing;

Compensation Amendments length of tubing, if necessary, due to the terms of the

well;

Research and development and priostanvki of the well tubing and replace without

killing the well

impact downhole zone to increase the flow rate of oil.

65 | P a g e

Specifications:

The maximum pressure drop in the node separation layer

and the annulus, MPa,

25

The maximum pressure drop required for equipment

installation in the wellbore, MPa

20


Nominal diameter of the tubing, mm 114

Outer diameter, mm 148

Length, mm 1560

The diameter of the jet opening, mm 59

Working Environment Gas condensate, oil, formation

water, drilling mud, and mixtures

thereof with an allowable

content of H2S and CO2 and 25%

each.

66 | P a g e

PACKER

1 - Clutch,

2 - upper anchorage device

3 - Seal (set of cuffs)

4 - lower anchor gear,

5 - trunk

6 - shear valve.

Designed to provide a hermetic separation annulus between the production casing and

tubing.

Design features:

Plaschek special heat treatment, which increases their durability

Ease of removal.



Working Environment Oil, gas, gas condensate

Operating temperature, degrees Celsius 120

Outer diameter, mm 118 122 140

Bore diameter, mm 50 50 76

The maximum internal diameter of the tube, ensuring tightness of

separation, mm

126 132 154

67 | P a g e

Tools of operation intervention

68 | P a g e

Universal Packer

1 - Barrel

2, 6 - nut

3, 5 - housing

4 - cylinder

Designed for hermetic separation bearing from the annular space of the ring for a period of

hardening cement. Used to work in the temperate and continental climate.



Working Environment Oil, gas, gas condensate

Operating temperature, degrees Celsius 120

Outer diameter, mm 140

Bore diameter, mm 76

The maximum internal diameter of the casing, ensuring

tightness of separation, mm.

154


Diameter, mm 1700

Length, mm 188

69 | P a g e

BALL VALVE

1 - Saddle, 2 - Building 3 - cover zalvizhki 4 - ball

5 - Rod 6 - top cover 7 - an indicator of the locking device

8 - spiral disk 9 - rear seat

Regulators are applied as a shut-off valve for piping the gas fields, gas processing plants and

reservoirs.

Operating environment - natural gas with CO2 and H2s to 6% each.

Low gas - from -15 to +80 degrees Celsius.

Ambient temperature - from -46 to +50 degrees Celsius.

Relative humidity - 90%.

They are manufactured in accordance with the specifications API 6D.

Design features:

cast housing made by precision casting.

Replacement of ball can be made without removing the valve from the pipeline

70 | P a g e

Technical Characteristics:

Marking equipment Nominal diameter of the

passage,

mm (inch)

class by API 6D Working

pressure, MPa

BV 02.02.25-00.000 50,8 (2 ") 1500 25

BV 02.50.25-00.000 63,5 (2 S ") 1500 25

BV 03.03.25-00.000 76,2 (3 ") in 1500 25

BV 04.04.10-00.000 101,6 (4 ") 600 10

BV 04.04.25-00.000 101,6 (4 ") 1500 25

BV 06.06.25-00. 000 152,4 (6 ") 1500 25

71 | P a g e

Check valve

1 Body 2 cover 3 - Disc 4 saddle 5 - guide bush

6 Spring 7 bearing 8 seal 9 - cuff.

Installed on pipes to prevent backflow into them and reverse rotation, which protects

seals and drive units from damage.

Manufactured in accordance with the specifications of ARI 6D.

Medium - natural gas containing H2S and CO2 6% by volume of each.

Low gas - from -15 to +80 degrees Celsius.

Ambient temperature - from -46 to +50 degrees Celsius

Ambient relative humidity - 90%.

Design Features

minimum loss of pressure

cast housing

Sealing surfaces of the seat and the disc is welded durable and corrosion-resistant

material.


Marking equipment Nominal diameter bore, mm

(inches)

Class by API 6D Working pressure,

MPa

CV 400.080.00.00.000 400 (16 ") 600 10

CV 400.160.00.00.000 400 (16 ") 800 15

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Control valve RC-400

1 - body,

2 - separator

3 - plunger

4 - rail,

5 - stock,

6 - Drive,

7 - nut,

8 - glass,

9 - adapter

10 - nut.

Designed for installation on the technological liniyahpodgotovki gas using turbine expansion

units. Equipped with pneumatic, operating on the energy of the air pressure instrumentation

(6-8 kg/cm2) or gas (30-75 kgf/cm2) transmitted in the air system energy with the

disappearance of the drive does not change the position of the plunger gate that was

available to her disappearance.

The actuator can be operated manually.


Operating pressure valve in the "closed":

Pin, MPa (kgf/cm2) 11 (110)

Pout, MPa (kgf/cm2) 6 (60)

Operating pressure valve in the "open":

Pin, MPa (kgf/cm2) 6.5 (56)

Pout, MPa (kgf/cm2) 6.45 (64.5)

Working environment natural gas

Gas temperature -35 degrees Celsius to +60

Ambient temperature during operation, hail. C -46 to +50

The ambient temperature during transport and storage,

degrees Celsius

-60 to +40

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CRANE MOUTH

CRANE ESTUARINE

1 - saddle

2 - the case

3 - valves ball

4, 6, 12 - Bush

5 - support

7 - Nut

8 - the split ring

9, 17 - a protective ring

10, 15, 18 - ring

11 - Spring

13, 16 - manzhenta

14 - Spindle

Designed for operational overlap pipe channel drill string to exclude the possibility of

an open gushing fluid flow from the well.

Operating temperature range - from -60 to +100 degrees Celsius.

Medium - mud formation water, gas, gas condensate, crude oil, or mixtures thereof.

Design features:

body is made of forged

balloon has a high degree of surface finish

Seat sealing member made of a composite material having high tensile strength,

hardness, Charpy and basically comprises graphite filler.

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Symbol Operating pressure,

Mpa

Nominal pipe diameter,

mm

Diameter of

the section,

mm

Dimensions Weight

ND DI

102.035 35 102 50 121 340 18

114.035 35 114 50 132 345 24

89.035 35 89 36 107 360 19

73.035 35 73 36 89 295 10

60.035 35 60 25 73 270 7

102.070 70 102 50 121 340 18

114.070 70 114 50 132 345 24

89.070 70 89 36 107 360 19

73.070 70 73 36 89 295 10

60.070 70 60 25 73 270 7

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GATE VALVE

1 - body

2 - Wedge

3 - position indicator "open-closed"

4 - flywheel

5 - stock

6 - seal

7 - cover

8 - pozhshipnik

9, 10 - to seal the stem

It is intended to cover the orifice in the discharge manifold, mud pumps. Attaching to the

pipe by means of drags. The design of valves ensures its assembly and disassembly,

replacement of the valve plug and seals without removing it from the manifold.

Design features:

Obturator tightness achieved by overlapping flow area valve wedge.

Low-end torque for opening and closing is ensured by the use of standard roller

bearings.



Nominal size , mm 100

Working environment Mud

Dimensions 480h450h615

Weight, kg, not more than 70

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Hydraulic throttle (Hydraulic chokes)

1 - body,

2 - removable sleeve,

3, 23 - lock nut,

4 - seddlo,

5, 10, 14 - the support ring,

6, 11, 15, 20, 21, 22, 32 - the seal ring,

7 - shutter

8 - locking front,

9 - drive housing,

12 - lock the rear,

13, 27 - washer,

16 - ring

17 - ring intermediate,

18 - rod seal,

19 - the actuator stem

24 - a cover drive

25 - a lock ring,

27 - a lining,

28 - a bolt,

29 - Connect the quick interior,

30, 35 - gon

31 - a connection

33 - piston

34 - Connect the external quick.

Designed to change the flow of the working environment as well as to change the

direction of the working environment.

Hydraulically driven, providing its remote control.

It is an integral part of the manifold BOP.

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Technical characteristics

Passage conditional mm (in) 78 (3 1/16)

Working pressure, MPa (psi) 70 (10000)

Type of sealing metal to metal

Operating temperature range, from -60 degrees Celsius to

+100

Working environment drilling fluid, drilling mud, oil,

gas condensate, produced

water, gas and mixtures

thereof

Material class AA, EE, FF

Pneumatic control pressure, MPa (kgf/cm2) 3.15 (31.5)

Working environment multigrade hydraulic oil drive

Overall dimensions 760h403, 5h278

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SAFETY VALVE

1 - Body

2 - the exhaust pipe

3 - disc

4 - cover

5 - spring.

Designed for the release of the secure system of excess fluid, which creates high blood

pressure. Method actuation - spiral force the valve disc.

Sealing prstranstva, where is the spiral, the operating environment is provided by a sucker rod

seal and flange gasket.

Design features:

the case is made by precision casting

High seal - the environment, as well as compounds "saddle-disk".

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4 "x 6" class 600/150 4 "x 6" Class 900/150

Opening pressure, kgf/cm2 46 60

Operating environment The gas, gas

condensate,H2S and CO2

to 6%

each volume chloride to 160 g / land fur. impurities to

80g/1000 m3. Gas, gas condensate

H2S and CO2 to 6%

the volume of each:

chloride 160 g / l

fur. impurities 80g/1000 m3.

The ambient temperature, degree. Celsius - At least -46 -46

- A maximum of 43 +43

Media temperature, hail. Celsius - At least -15 -20

- A maximum of 20 +15

Overall and mounting dimensions according to ANSI B 16.5

ANSI B 16.5

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Valve with damping device

1 - Body

2 - Shutter

3 - damper

4 - Plug

5 - flange

6 - saddle

7 - cover

8 - Ring

9 - Ring

10 - split ring

11 - plug

Designed to prevent back flow of gas medium and safe operation of equipment and

personnel.

Mounted on horizontal ground and underground pipelines.

Manufactured according to the specifications of API 6D.

Design Features:

the case is made by injection

Sealed to the outer environment.

Damper has a safety valve to valve and hydraulic shock absorber.

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Nominal diameter of the bore,mm 400

Rated working pressure, MPa 16

Working environment natural gas with H2O and CO2 to 6%

Media temperature, hail. Celsius

the volume of each

- Minimum -46

- Maximum 80

Connecting dimensions of flanges ANSI B16.5

Hydraulic losses at rated power, MPa 0.01

Lifetime, years, at least 12

Mean time between failures, h (cycles) 25,000 (1,000)

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VALVE WITH TWO SYSTEMS OF CONTROL AND MANOMEROM

1 - body,

2 - ring

3 - Bush,

4 - nut,

5 - valve

6 - saddle

7 - seal

8 - the retaining device,

9 - ring

10 - the sector

11 - Spring,

12 - the spindle

13 - seal

14 - ball

15 - Ring

It is intended to cover the orifice tube to prevent the uncontrolled flow of the well and for

monitoring and measuring the pressure in the tubing. The valve mounted in the conduit at the

wellhead.

Design features:

Body is made of forged.

Balloon has a high degree of surface finish.

Seat sealing member made of a composite material having high tensile.

Strength, hardness, Charpy and basically comprises graphite filler.

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Nominal diameter of bore, mm 62

Outer diameter , mm 155


Test pressure, MPa 70

Working environment The drilling fluid, formation water, gas,

gas condensate, crude oil, and

mixtures thereof


Mean time between failures, h (cycles) 100

Length, mm 600

Weight 55

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GATE VALVE (WEDGE GATE)

1 - Body

2 - stock

3 - cover latches

4 - gate valve

5 - saddle

It is designed to fully stop the flow in the pipeline.

Fluid pressure in the block valve provides a high level germetizatsii.Uplotnenie gate

orifice - "metal - metal".

They are manufactured in accordance with the technical requirements of API Spec.

6D.


ZK-3X150 ZK-4X150 ZK-6X150 ZKL2-65X160

Working pressure, MPa 2 2 2 16

Nominal size,

mm (inch)

80 (3) 100 (4) 150 (6) 65 (2 9/16)

Operating temperature, degrees Celsius -46 to +120 -46 to +120 -46 to +120 -20 to +300

Level Product Specifications PSL2 PSL2 PSL2 PSL1

class of material EE EE EE AA

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SHFRAs License and registration:

Certificate of incorporation in Sudanese

ministry of justice.

Import and export license.

Registration in Sudanese union of chambers of commerce

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Awards and certifications:

1. Remote Sensing Imagery (RSI).

1. European Space Agency:

ID: 61154

SSO ID: Russian Remote Sensing Systems

Institution: Russian Remote Sensing Systems

RosAviaCosmos licensed services provider 186

Current country of residence: RUSSIAN FEDERATION

Study Area: Various

Primary Appication: Geology

Domain Executive: Researches on methods for multisource data analysis in

remote sensing

Summary: Funded by Russian Pro Systems, a Russian innovative

company.

2. INNOVATION CENTER "SKOLKOVO".

THE MODERN SCIENTIFIC AND

TECHNOLOGICAL COMPLEX FOR THE

DEVELOPMENT AND COMMERCIALIZATION OF

NEW TECHNOLOGIES. IN THE COMPLEX

PROVIDE SPECIAL ECONOMIC CONDITIONS

FOR COMPANIES OPERATING IN THE PRIORITY

SECTORS OF THE MODERNIZATION OF THE

RUSSIAN ECONOMY: TELECOMMUNICATIONS

AND SPACE, MEDICAL TECHNOLOGY, ENERGY,

INFORMATION TECHNOLOGY, AND NUCLEAR

TECHNOLOGY.

National space activity is an indispensable

part of scientific-technical and spiritual

legacy of Russia.

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2. Autonomous drilling units (ABBA):

This pattern approved certificate from Russian

Federation government.

This Quality Control certificate for using ABBA

technology in drilling process. From ministry

energy Russian Federation.

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3. Water shut-off with using AKRON-RK composition:

This certificate for water cut compound from

Russian Federation government.

This certificate for using chemical product in

technology process in oil transportation and

development from ministry energy Russian

Federation.

Quality control certificate from Fuel energy

complex in Russian Federation.

Hygienic certificate from Russian health

ministry.

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Innocence statement from Russian Federal service for toxic effects.

Health validity statement from Russian Federal

service.

Reference on activity of CJSC Scientific and

Production Centre (NEFTEMASH-NAUKA).

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4. The Plasma Generator of Elastic Pulses (PGEP):

It is covered by patents of Ukraine and characterized by absolute ecological safety, high effectiveness

and low power inputs.

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