Difference between revisions of "Jetting - Engine powered rotary jetting"

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(New page: {{stub}} right Diagram of the LS100 __NOTOC__ Engine powered rotary jetting is a [[Jetting - general| j...)
 
 
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{{Language-box|english_link= Jetting - Engine powered rotary jetting | french_link= Coming soon | spanish_link= Coming soon | hindi_link= Coming soon | malayalam_link= Coming soon | tamil_link= Coming soon | korean_link= Coming soon | chinese_link=喷射-由引擎发动的旋喷 | indonesian_link= Coming soon | japanese_link= Coming soon }}
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[[Image:Treadle_pump_icon.png|right]]
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[[Image:Jetting icon.png|right|80px]]
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[[Image:Diagram of the LS100.jpg|thumb|right|150px|Diagram of the LS100]]
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Engine powered rotary jetting is a [[Jetting - general| jetting technique]] in which engine power is used to rotate the drill stem and pump the mud. A large variety of engine powered rotary jetting rigs are used. Examples of commercial versions used in developing countries are the Lone Star 100, the PAT Drill 201 and the Deep Rock Hydra drill; but many more exist.  
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Engine powered rotary jetting is a [[Jetting - general| jetting technique]] in which engine power is used to rotate the drill stem and pump the mud.
 
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A large variety of engine powered rotary jetting rigs are used. Examples of commercial versions used in developing countries are the Lone Star 100, the PAT Drill 201 and the Deep Rock Hydra drill; but many more exist.  
 
  
 
Although one would expect a large advantage over manual jetting, engine operated rotary jetting requires the same time and reaches the same depths as the manual operated rotary jetting. The systems show better performance only with regard to ergonomic aspects.
 
Although one would expect a large advantage over manual jetting, engine operated rotary jetting requires the same time and reaches the same depths as the manual operated rotary jetting. The systems show better performance only with regard to ergonomic aspects.
  
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{|style="border-style: solid; border-width: 1px 1px 1px 1px; text-align: center; background-color: #efefef" align="none" width="60%"
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|-
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|[[Image:Rotary rig in Chad.jpg|thumb|none|200px|Rotary rig in Chad]]
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|[[Image:Self made rotary rig.jpg|thumb|none|200px|Self made rotary rig]]
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|[[Image:Diagram of the LS100.jpg|thumb|none|200px|Diagram of the LS100]]
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|[[Image:PAT drill 201.jpg|thumb|none|200px|PAT drill 201]]
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|}
  
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==History and social context==
 
  
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==Suitable conditions ==
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===Suitable conditions ===
 
Suitable for weakly cohesive sands and silts.  
 
Suitable for weakly cohesive sands and silts.  
  
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{{procontable | pro=
 
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- Better performance with regard to ergonomic aspects than manual jetting rigs
 
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|con=
 
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- Does not increase speed or depth as compared to manual operate rotary jetting rigs.
 
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}}
 
  
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[[Image:Rotary rig in Chad.jpg|thumb|right|150px|Rotary rig in Chad]]
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{| border="1" cellpadding="5" cellspacing="0" align="none"
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|-
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! width="50%" style="background:#efefef;" | Advantages
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! style="background:#f0f8ff;" | Disadvantages
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|-
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| valign="top" | - Better performance with regard to ergonomic aspects than manual jetting rigs
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| valign="top" | - Does not increase speed or depth as compared to manual operate rotary jetting rigs.
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|}
  
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==Technical specification==
 
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[[Image:PAT drill 201.jpg|thumb|right|150px|PAT drill 201]]
 
  
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====Operation====
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[[File: Drilling Method Selection.jpg|thumb|none|750px|This table may be used as a guide in the selection of the most appropriate drilling methods. Credit: WEDC.]]
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[[Image:Self made rotary rig.jpg|thumb|right|150px|Self made rotary rig]]
 
  
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====Maintenance====
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===Construction, operations and maintenance===
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====Manufacturing ====
 
 
A self made engine-driven rotary rig is not very difficult to make, although drill bits, drill pipes and engine may have to be specially imported.
 
A self made engine-driven rotary rig is not very difficult to make, although drill bits, drill pipes and engine may have to be specially imported.
  
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==Cost==
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===Costs===
 
The price of these rigs depends and varies between US$ 3000 and US$ 5000.  
 
The price of these rigs depends and varies between US$ 3000 and US$ 5000.  
  
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==Country experiences==
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===Field experiences===
 
Engine operated rotary jetting is mainly used in Thailand, Laos, Cambodia, Chad, Niger, Nigeria, Burkina Faso, Tanzania, Mozambique, Zambia, Mauritania, Madagascar and Nicaragua.
 
Engine operated rotary jetting is mainly used in Thailand, Laos, Cambodia, Chad, Niger, Nigeria, Burkina Faso, Tanzania, Mozambique, Zambia, Mauritania, Madagascar and Nicaragua.
  
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==Manuals==
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===Manuals, videos and links===
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* [http://www.pat-drill.com PAT-Drill] - Engine powered drilling equipment and small machines.
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==Movies==
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* [http://www.lonestarbit.com Lone Star Bit] - Engine powered drilling equipment and small machines.
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* [http://www.deeprock.com Deep Rock] - Engine powered drilling equipment and small machines.
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==Acknowledgements==
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* [http://www.drillingfab.com Drillingfab] - Engine powered drilling equipment and small machines.
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==External Links==
 
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* PAT-Drill - Engine powered drilling equipment and small machines – http://www.pat-drill.com
 
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* Lone Star Bit - Engine powered drilling equipment and small machines - http://www.lonestarbit.com
 
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* Deep Rock - Engine powered drilling equipment and small machines- http://www.deeprock.com
 
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* Drillingfab - Engine powered drilling equipment and small machines - http://www.drillingfab.com
 
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==References==
 
  
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{{Joinus}}
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===Acknowledgements===
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* [http://www.lboro.ac.uk/well/resources/technical-briefs/43-simple-drilling-methods.pdf 43. Simple drilling methods.] WEDC.

Latest revision as of 00:37, 20 October 2015

English Français Español भारत മലയാളം தமிழ் 한국어 中國 Indonesia Japanese
Jetting icon.png

Engine powered rotary jetting is a jetting technique in which engine power is used to rotate the drill stem and pump the mud. A large variety of engine powered rotary jetting rigs are used. Examples of commercial versions used in developing countries are the Lone Star 100, the PAT Drill 201 and the Deep Rock Hydra drill; but many more exist.

Although one would expect a large advantage over manual jetting, engine operated rotary jetting requires the same time and reaches the same depths as the manual operated rotary jetting. The systems show better performance only with regard to ergonomic aspects.


Rotary rig in Chad
Self made rotary rig
Diagram of the LS100
PAT drill 201


Suitable conditions

Suitable for weakly cohesive sands and silts.


Advantages Disadvantages
- Better performance with regard to ergonomic aspects than manual jetting rigs - Does not increase speed or depth as compared to manual operate rotary jetting rigs.


This table may be used as a guide in the selection of the most appropriate drilling methods. Credit: WEDC.

Construction, operations and maintenance

A self made engine-driven rotary rig is not very difficult to make, although drill bits, drill pipes and engine may have to be specially imported.

Costs

The price of these rigs depends and varies between US$ 3000 and US$ 5000.

Field experiences

Engine operated rotary jetting is mainly used in Thailand, Laos, Cambodia, Chad, Niger, Nigeria, Burkina Faso, Tanzania, Mozambique, Zambia, Mauritania, Madagascar and Nicaragua.

Manuals, videos and links

  • PAT-Drill - Engine powered drilling equipment and small machines.
  • Lone Star Bit - Engine powered drilling equipment and small machines.
  • Deep Rock - Engine powered drilling equipment and small machines.
  • Drillingfab - Engine powered drilling equipment and small machines.

Acknowledgements

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