With its state of the art equipment and extensive years of personnel experience, PICO Energy’s CTS brings to its customers superior solutions with outstanding service delivery at their fingertips.
Our portfolio offers a wide range of field equipment, software, acquisition systems and chemical solutions engineered and delivered to clients’ locations wherever it would be.
The injection of nitrogen into the fluid column within the production conduit to initiate fluid flow from the wellbore and production from the reservoir. Nitrogen lifting through a coiled tubing string is a common technique used in well kickoff.
The injection of nitrogen into the fluid column in a pull-heading technique to displace the killing fluid to get the well into an underbalance condition.
The removal of wellbore-fill material, such as sand, scale or organic materials, and other debris from the wellbore. Many reservoirs produce some sand or fines that may not be carried to surface in the produced fluid. Accumulations of fill material may eventually increase in concentration within thelower wellbore, possibly restricting production. Clean out may be for (sand-scale, etc…), usually using nitrified gel.
The treatment of a reservoir formation with a fluid containing a reactive acid. the matrix acidizing treatment improves the
formation permeability to enable enhanced production of reservoir fluids. At treatment pressures below the fracture pressure of the formation. The coiled tubing enables a good jetting and penetration condition in the exact wanted area
while avoiding the formation damage.
Scale-inhibition treatments involve squeezing a chemical inhibitor into a water-producing zone for subsequent
commingling with produced fluids, preventing further scale precipitation. Chemical removal is performed with different solvents according to the type of scale: Carbonate scales such as calcium carbonate or calcite [CaCO3] can be readily dissolved with hydrochloric acid.
A wellbore acid treatment designed to remove scale or similar deposits from perforations and well-completion components. Acid-wash treatments generally do not include injection of treatment fluid into
the reservoir formation, can be applied using both through tubing or pull heading techniques.
Coiled Tubing has the ability to perform drilling and milling operations under live well conditions with the assistance of positive displacement motors (PDM’s). Coiled Tubing provides an ability to mill formation in an under balance or balanced condition while preventing damage to the formation from drilling
The application of technique using fishing tools for the removal of junk, or fish from a wellbore. The key elements of a fishing operation include an understanding of the dimensions and nature of the fish to be removed, the wellbore conditions, the tools and techniques employed and the process by which the recovered fish will be handled at surface.
|Injector Model||Dimensions||Snub.||Pull||CT size|
|Height (CM)||Width (CM)||Length (CM)||Weight (TONS)||Capacity (lbs)||Capacity (lbs)||Range (Inch)|
|HR 680||377||110||140||4.50||40,000||80,000||(1 ¼ - 3 ½)|
Brake – Fail safe, Modular
Brake Actuation – Automatic, loss of pressure
Minimum Chain (Tubing) Speed:
Low Gear Only – Less than 3fpm
Maximum Chain (Tubing) Speed:
Low Gear – 108 fpm
High Gear – 200 fpm
Rated Tubing Pull:
Low Gear – 80,000lb
High Gear – 47,000lb
Rated Snubbing Force:
Low Gear – 40,000lb
L x W x H (Cm) = 432 x 260 x 367
D x W (Cm) = 364 x 198
|Specified outside diameter||Specified Wall Thickness (in)||Estimated Tube Length (Ft)||Σ Estimated Tubing Weight (Tons)|
(Cabin Assembly) 7.50 ton
Length = 496 cm
Width (without ladder) = 249 cm
Height = 249 cm
All Necessary Controls Martin Decker 24 hours duration Teleflex Digital Screen for Acquisition System Data Acquisition System Software, described in separate section.
A.C. Unit (Options Available):
Electrically Powered - 120V AC or 220V AC from our Generator
Hydraulically Driven - Compressor Driven
Exterior Lights - 2 Flood
Interior - 2 ( 230 VAC, 50H)
Power Pack (full) - 8.2 ton
Detroit Diesel Series 60 - 400BHP
Loaded Speed - 2100 rpm
Engine Throttle - Electric
Fuel Kill - Electric
Emergency Engine Kill - Electric
Injector Pump Vent - Manual/Hydraulic
Starter - Air
Length = 381 cm
Width = 260 cm
Height = 248 cm
|No.||Items||Single Pump Unit||Twin Pump Unit|
|1||Detroit Diesel Series 60||One||Two|
|2||Transmission||One new Allison 4700 OFS||Two new Allison 4700 OFS|
|3||Triplex pump||SPM TWS‐600S||Two SPM TWS-600S|
|4||Plunger Size||3 ½ ", 4"||3 1/2", 4 "|
|5||Maximum Pump Rate||10 bbl / min||19 bbl / min|
|6||Maximum Pump Discharge Pressure||10,000 psi||10,000 psi|
|7||Centrifugal pump||Mission Magnum||Mission Magnum|
|8||Displacement tanks||dual compartment 20BBL
(10 BBL each) with Agitator
|dual compartment 22 BBL
(11 BBL each) with Agitator
|9||Weight (With Iron)||16 ton||19 ton|
|10||Dimensions (L x W x H) Cm||713 x 260 x 260||785 x 259 x 258|
|Max. Working Pressure||10,000 PSI|
|Hydrostatic Test Pressure||15,000 PSI|
|Max. Flow Rate||3,000 SCF/min|
|Min. Flow Rate||200 SCF/min|
|Estimated Pump Weight||8 Tons|
|Pump Dimensions (L x W x H)Cm||225 x 244 x 249|
|Gross Capacity||2110USG, 8000 litres|
|Net Capacity||2000USB, 7600 litres|
|Materials of Construction, Inner Vessel||ASME SA 240 TP 304|
|Materials of Construction, Outer Jacket||EN10025-2 S275 J2CS|
|Vacuum||minimum 20 microns (warm)|
|Loss Rate||0.8%per day|
|Tank Weight (Full)||11 Tons|
|Tank Weight (Empty)||5 Tons|
|Dimensions (L x W x H) Cm||300 x 244 x 259|