This method consists in injecting specially prepared chemicals, individual for each bed to launch thermal reaction of molecular hydrogen and oxygen emission, deeply treat the bed structure, and borehole zone without loosing flexibility.

1. AL-RASHIDIYA
TECHNOLOGY TO INCREASE
OIL WELL OUTPUT
INNOVATION & EXPERIENCE IN WELL
WORKOVER
SINCE 1983

2. TO INCREASE THE OUTPUT OF THE WELL
• Fill out or Preliminary Questionnaire here
• provide us your essential benchmark (input) data
We:
wail your rock & fluids for our lab analysis
design the work over technology and choose the appropriate method
choose the convenient chemical components

3. OUR OBJECTIVES & MAJOR EXPERIENCE IN
45%
15%
10%
20%
5% 5% Well Workover
Well Killing
Well Completion,Development
Manufacturing Oil Mining
Equipment
Pipe, Heat-Exchanger Cleaning
Petrochemistry (Components)
Supply

4. COMPANY PRODUCTS
• Well charge-perforation kits
• Multi-component acid compositions (including inactive) for well treatment
• Thermodynamic agents
• Seam inundiation repair agents
• SAS (superficially active substances) for well treatment and development (liquid and
solid)
• Corrosion-, gas-hydration, asphaltene sediment control inhibitors
• Cleaning agents

5. TECHNOLOGY
1. Well work over, involving:
• -Oil bed bottom-hole decompaction
• -Acid treatment
• -Hydration control substances
• -Borehole zone deposited carbohydrates removal agents
2. Well-killing and completion involving specific substances
3. Well corrosion & gas hydration protection

6. EXPERIENCE IN FULFILLMENT
No Location Field Wells Cured
Wells Output Increase
Q/QoBefore Qo After Q
Mining Gas-Condensate
1 Talalayevsky GKF(Ukraine) 1 0 7.0 ∞
2 oisky(Ukraine) 2 10 50.0 5.0
3 Sarsky rig of Kha ovtsyvsky GKF(Ukraine) 1 15.0 35.0 2.4
4 Mehendivsky GKF (Ukraine) 1 9.0 27.0 3.0
Key Wells
5 Oil&Gas mining Dept. “Ahtyrkanaftogas”(Ukraine) 2 0 6.7
6 Manufacturer’s Union “Astrakhangasprom”( Russia) 2 0 9.0
Groundwater Extraction
7 Manufacturer’s Union “Granitas”(Lithuania) 20 0.25 0.86 3.44
8 “Tomskmelioratia” Trust (Russia) 6 0 0 6.6
9 Manufacturer’s Union (Turkmenistan) 9 1.8 5.0 2.78
10 Ternopilsky Water Utility(Ukraine) 14 1.6 2.8 1.75
11 Kyiv (Ukraine) 3 3.1 27.9 9.0
(list excludes information subject to nondisclosure agreement)

7. ROCK DECOMPACTION TOOLS
• Based on specific method of ultra low-power explsosion impact, resulting in:
• decompaction and softening of the handling array
• multiple penetration increase of the rock
• boost of geotechnical processes productivity in wells

8. HOLE TORPEDOING TECHNOLOGY WORKFLOW CHART

9. TORPEDO ASSEMBLY IN PROGRESS

10. CASING PIPE STRUCTURE

11. PERFORMANCE RESULTS, 1
No Location Field Wells Cured
Wells Output Increase
Q/QoBefore Qo After Q
Crude Oil Mining
1 Mamontov (Russia)borehole#587 1 20.2 39.4 1.95
2 Mamontov (Russia )borehole#612 1 15.0 52.5 3.5
3 Mamontov(Russia)borehcle#688 1 7.2 40.2 5.58
4 “Velyka Lukva (Ukraine) 1 0 2.0 2.0
5 Van Chenn(China) 1 0.5 2.1 4.2
6 Teapot Dome(USA) 1 1.5 3.24 2.16
7 “Quest” (USA) 1 1.9 6.84 3.6
8 “W.R. Knuckles Heirs”(USA) 1 4.1 11.69 2.85
9 Sukhodolovsky (Ukraine) 1 0.78 2.2 2.85
10 Priobsky(Russia) borehole#13169 1 6 23 3.8
11 Priobsky(Russia) borehole#15953 1 11 26 2.4
12 Priobsky(Russia) borehole#14897 1 2.12 5.5 2.5
(list excludes non-disclosure)

12. PERFORMANCE RESULTS, 2
No Location Field Wells Cured
Wells Output Increase
Q/QoBefore Qo After Q
Mining Natural Gas
1 Talalayevsky (Ukraine) 1 1.7 25.0 14.7
2 Sukhodolovsky (Ukraine) 1 0.1 2.0 20.0
3 Urengoy(Russia) 1 1.8 29.5 16.39
4 Chutov(Russia) 1 16 32.0 2.0
5 “Locachi” (Ukraine) 1 4 82.0 20.5
6 “Velyka Lukva” (Ukraine) 1 0 1.8 1.8
7 Yabluniv (Ukraine) 1 3-5 50.0 12.5
8 Yamburg ( Russia) 1 0 5.9 5.9
9 Yamburg ( Russia) 1 0 1.9 1.9
10 “Walling Creek”(USA) 1 2.1 6.51 3.1
11 “Droppleman”(USA) 1 21.5 53.0 2.46
12 “Richard Quereveld(USA) 1 7.0 60.0 8.60
13 “Asher Land”(USA) 1 14.0 37.0 2.64
14 Thelka Coal”(USA) 1 0.19 0.33 1.75
(list excludes non-disclosure)

13. PERFORMANCE RESULTS, 3
No Location Field Wells Cured
Wells Output Increase
Q/QoBefore Qo After Q
Mining Gas Condensate
1 Talalayevsky GKF(Ukraine) 1 0 7.0 ∞
2 Ostroverkovsky (Ukraine) 2 10 50.0 5.0
3 Sarsky rig of GKF-(lJkraine) 1 15.0 35.0 2.4
4 Mehencvsky GKF (Ukraine) 1 9.0 27.0 3.0
Key Wells
5 OiI&G as mining Dept. “yrkanaftogas”(Ukraine) 2 0 6.7
6
Manufacturer’s Union “Astrakhangasprom
“(Russia)
2 0 9.0
Ground Water Extraction
7 Manufacturer’s Union “Granitas”(Lithuania) 20 0.25 0.86 3.44
8 “Tomskmelioratia” Trust (Russia) 6 0 0 6.6
9
Manufacturer’s Union
“Turkmenselhozvodoprovod” (Turkmenistan)
9 1.8 5.0 2.78
10 Te sk Water Utility(Ukraine) Kyiv (Ukraine) 14 1.6 2.8 1.75
(list excludes non-disclosure)

14. PERFORMANCE RESULTS, 4
No Location Field Wells Cured
Wells Output Increase
Q/QoBefore Qo After Q
Underground tank construction in the dome of salt/cavities
1 Mill “Neman”(Byelorussia) 2 0 0 6.7
2
State Enterprise
“Astragzprom”(Russia)
2 0 0 9.0
Underground Sulphur fabrication
3
Yavorovsky Manufacturer’s Union
“Sulphur”_(Ukraine)
5 0 3.8
Leaching uranium ores
4
PromNliProekt, military regiment 5703
ZhovjyVody_(Ukraine)
2.7 2.7
Rock Vertical Opencast Winning
5
Constructor bureau of mechanization
facilities
4 4
Total 120
(list excludes non-disclosure)

15. INACTIVE VARIANCE SYSTEMS (IVS)
Increasing the productivity of wells by inactive variance systems increases:
- efficient reaction with the bed
- daughter products of reaction with the rock of the bed decrease the viscosity of oil
with large concentration of bitumen-resinous matter
- de-emulsifying action on watered bed oil

16. IVS:ORGANIC MEDIUM =1:2÷3
IVS
Organic Medium
Dry crude oil, heavy oil, gas
condensate, diesel fuel
Conditions of
bed
Live Acids
Salt Complexes

17. INACTIVE VARIANCE SYSTEMS
- Improve rock wettability;
- Creating daughterly products of IVS reactions, easily removed from the porous bed
space

18. IVS DISSOLVING ABILITY WITH REGARD TO
CARBONATES
Is 9 times lower, than HCL
4,5-5,5 times lower, than HNO3
Solutions:
muriatic acid(1),
nitric acid(2),
IVS (3)

19. DISOLUTION OF ARGILACEOUS MINERALS & QUARTZ IN
ACIDS
Content Dissolution %
Agent
Agent in
Solution%
Montmorillonite Kaolinite Hydromica Quartz
Muriatic Acid (HCL) 12.0 1.53 0.88 0.73 0.22
Muriatic Acid
(HCL) + Hydrofluoric Acid (HF)
12.0
+4.0
32.34 24.57 31.13 4.22
IVS
-”-
-”-
-”-
5.0
7.5
10.0
15.0
6.11
8.86
8.94
9.26
1.21
1.24
1.28
1.33
3.43
4.62
4.64
4.92
0.39
0.42
0.67
0.74
Muriatic Acid
+IVS
-”-
-”-
-”-
12.0
+5.0
+7.5
+10.0
+15.0
11.75
12.34
13.23
14.41
1.33
1.52
1.55
1.57
3.92
4.76
4.89
5.58
0.63
0.79
0.94
1.03

20. TECHNOLOGICAL ASPECTS IN WELL DEVELOPMENT
1. The acid bath from bottom hole to the top of the handled bed;
2. First handling in the range of volumes of from 0,3-0,5 M2 per long meter of payout
bed
3. Second handling in the range volumes of from 0,6-1 M2 per long meter of payout
bed
4. Third handling in the range of volumes of from 0,3-0,5 M2 per long meter of payout
bed

21. TECHNOLOGY
• The technology is efficient for application in conditions of terrigenous and carbonate
collectors.
• Best for interstitial and fracture collector
• Possible use in a wide range of depths, pressures and temperatures.
• Applicable for regular fields and high viscosity oil in different climatic conditions
• Industrial tests of this technology proved high efficiency and expedience of
application.

22. IVS EMBEDED (LIST EXCLUDING NON-DISCLOSURE)
• Ukraine -Dnepr-Donetsk corrie
• Ukraine-Carpathian mountains
• Russia,Crimea- Black Sea shelf
• China-Jung Yuan region
• Poland-Zelena Gura county
The wells were treated, where previous traditional acid handling proved to be
inefficient or not working at all

23. MAINTENANCE WELLS OF THE BOTTOM HOLE ZONE
HANDLING INDUSTRIAL TESTS SURVEY,
“CHERNIHIVNAFTOGAZ”
0
2
4
6
8
10
12
0
20
40
60
80
100
120
1 2 3 4 5 6 7 8
Increase of the well-capacity Decreasing Skin Factor %

24. MAINTENANCE WELLS OF THE BOTTOM HOLE ZONE
HANDLING INDUSTRIAL TESTS SURVEY,
“DOLYNANAFTOGAZ”
Increased oil mining daily,Gal
Increased gas mining,FT3
Skin factor decrease,%

25. MAINTENANCE WELLS OF THE BOTTOM HOLE ZONE
HANDLING INDUSTRIAL TESTS SURVEY, JUNG YUAN,
CHINA
Increased productivity of oil wells, times
Skin factor decrease,%

26. MAINTENANCE WELLS OF THE BOTTOM HOLE ZONE
HANDLING INDUSTRIAL TESTS SURVEY,ZELENA
GURA,POLAND
Increase of gas mining, times
Decrease of skin factor, %

27. TECHNOLOGY OF TERMOGASODYNIMIC
INFLUENCE ON PAYOUT BED OF GAS
CONDENSATE WELLS

28. 1.PAYOUT BED BEFORE HANDLING

29. 2. INFLAMMABLE OXYGENATED HYDRO-REACTING
MIXTURES LEANING PROCESS AT WELL BOTTOM HOLE

30. 3.COMBUSTION PROCESS OF CHEMICAL AGENTS IN THE
PUNCHING INTERVAL

31. 4.CHANGES IN THE PIPE AND BED AFTER HANDLING

32. TECHNOLOGY OF TERGMO-GAZIFICATION OF
PRECIPITATED CARBON

33. THERMAL HANDLING

34. WELL OUTPUT INCREASES AT THE ACCOUNT OF:
• cracking - pyrolysis of paraffins destroying resins and carbon-rock linkage
• additional splintering opening pores
• removing skin effect
• strengthening loose rock, etc.

35. TECHNOLOGY OF INTENSIFYING CARBOHYDRATES’
EXTRACTION BY BLOCKING INFLUX WATERING THE
BED
• Provides selective insulation of payout bed waters by complex amines, forming
insoluble non-organic unions with formation waters without decrease of zone
output
• Technology is widely used and recognized at Ukrainian gas condensate fields. While
implementation additionally mined over 350 mln M3 carbohydrates

36. ADVANTAGES OF WATER INSULATIVE HANDLING
• create a non-destructive barrier at the account of crystallizing channel implants;
• Increase carbohydrates’ output by modifying the surface-active rock qualities;
• preserve the term of insulation life for over 2-3 years;
• insulation work does not require capital repair teams
• agents applied are corrosion and ecologically safe

37. WATER-PROTECTION MEASURES,1
Technology process stages insulating formation waters influx

38. WATER-PROTECTION MEASURES,2

39. WATER-PROTECTION MEASURES,3-4

40. WATER-PROTECTION MEASURES,5

41. RESULTS FROM EMBEDDING THE TECHNOLOGY AT
BUGREVATSKOYE OILFIELD OF JSV “UKRNAFTA”
Oilfield Well#
Oil yield, MT/day Water Productin, %
Before
Treatment
After
Treatment
Before
Treatment
After
Treatment
Bugrevastsky 8 0.1 1.2 87.5 51.2
-”- 87 0.6 6.8 98.2 85.0

42. RESULTS EMBEDDING TECHNOLOGY ON UKRAINIAN
OILFIELDS
Oilfield Well#
Oil yield, MT/day (24h) Water Production, %
Before Treatment After Treatment Before Treatment After Treatment
Lelikovsky 51 0.80 3.57 99.42 97.47
-”- 52 0.10 0.15 99.92 99.88
-”- 152 10.0 13.20 97.41 96.60
Varyegarsky 942 21.30 36.80 70.86 52.39
-”- 1159 3.50 44.80 92.10 62.70
-”- 1240 41.00 24.60 78.14 82.45
Dolni-Dybnik 45 0.00 1.20 100.0 90.0
-”- 84 0.70 1.00 97.02 29.00
Yaroslav 12 8496.0 23040.0 6920 109.0
(list excludes non-disclosure)

43. RESULTS EMBED DING TECHNOLOGY ON OILFIELDS OF CHINA
Oilfield
Oil yield, MT/day (24h) Water Production, % Flowing Level, m
Before
Treatment
After
Treatment
Before
Treatment
After
Treatment
Before
Treatment
After
Treatment
Xy 12-50 1.8 4.2 93.0 86.0 1140 1588
Xy 2-8 1.8 3.2 96.8 95.4 1023 1517
Xy 7-153 1.8 3.9 98.0 95.0 511 938
Xy 7-33 1.4 5.1 98.3 94.2 817 1171
Min 1-23 0.6 4.3 98.4 93.5 773 1056
Min 45 0.0 - 100 - -
(list excludes non-disclosure)

44. TECHNOLOGY ELIMINATING ANNULAR FLOW OF GAS
Applying this technology ensures:
• increase of capital string sealing quality at the account of deep penetration of sealing
mixtures into gas-transmission channel
• reaching full in depth sealing of gas-transmission channels of medium and small
sizes

45. STRENGTHS
• established an extended recipe catalogue to face various conditions
• inexpensive and widely-available agents used eliminating annular gas flow
• low cost and increasing production standard eliminating annular gas flow, due to the
absence of need to kill the well and develop it afterward
SEALING DURABILITY TERM IS UNLIMITED!

46. TEST RESULTS ELIMINATING BEHIND-THE-CASING FLOWS
(list excludes non-disclosure)

47. TECHNOLOGY OF COMPLETE BOTTOM HOLE TREATMEN
BY CONDENSED DEHYDRATION SYSTEMS (CDS)
• enhances filtration of carbohydrate collector parameters
• lowers the filtration resistance in bottom hole bed zone
• prevents formation of hydrates and salt
• prevents argillaceous rock swelling
• ensures corrosion protection of metal equipment

48. TECHNOLOGY OF COMPLETE SUCCESFULLY TREATMENT
IMPLEMENTED AT
Oilfields of Donetsk-Dnipropetrovsk Valley:
• -Sarsky Gas Condensate Field
• -Yadutsky Crude Oil Field
Crimean Fields:
• -Shormovoye Gas Condensate Field
• -Odessa Gas Condensate Field

49. INDUSTRIAL TEST SURVEY ON APPLICATION OF THE
TECHNOLOGY OF COMPLEX CDS TREATMENT

50. TECHNOLOGY ELIMINATING THE SEA AND LAND OIL
SPILLS, APPLYING BIOLOGICAL ORGANIC SYSTEMS
(BOS)
BOS Carbohydrate Oxygenation
H2O
CO2

51. TECHNOLOGY TO ELIMINATE OIL SPILLS ON LAND AND
SEA, INVOLVING BOS -BIOLOGICAL ORGANIC SYSTEMS
• for speedy elimination of crude oil and other petrochemical product spills, as well as
gas condensate on the water surface
• for deep wastewater treatment
• for direct application at oilfield and refinery to treat oil-containing liquid and solid
waste
• to treat oil-contaminated lands, -resulting casualty spills

52. COPYRIGHTS,1

53. COPYRIGHTS,2

54. COPYRIGHTS,3

55. COPYRIGHTS,4

56. CONTACTS
INFO@AL-RASHIDIYA.COM
SLAVA@AL-RASHIDIYA.COM
+9647731577346
REGARDS,
SVYATOSLAV A. KOLOMIYETS