CDP© – Cuttings Discharge Pump

The CDP system is an effective and safe solution for cuttings handling, ensuring the efficient transfer of cuttings from shakers to cuttings bins or slurry units.

For more than 15 years, OTT have provided the Norwegian offshore marked with an efficient safe and environmental friendly drill cutting transfer system from the shakers to cuttings containers
The CDP System

Based on a demand from onshore clients, OTS have now developed the second-generation CDP system for the onshore marked. Oil Operators have asked for a cutting handling system which remove hazard operation and reduce labor requirements in the back yard.

The fully automated CDP arm is design to for fill these requirements

Since the transfer of the cuttings from the shaker to the transportation containers will be in a close loop, it will also improve the environmental working condition around the rigs site. The CDP arm will be controlled by the PLC via sensors and radars. The PLC program will control the filling of the containers so it is evenly filled to make sure effective use of the containers.

To make sure the Operators have full control of generated cuttings and loss of drilling fluid during drilling operation, the CDP arm is fitted with weighing cells and level sensors, this allow for logging of volume and weight of the drill cutting before leaving the drilling site.

Remote control

The CDP is operated from a safe distance. This reduces the risk of possible accidents.

Easily operated

One operator can manage to deposit large quantities of waste into a number of containers in one continuous operation.Personnel exposure to heavy system equipment is eliminated, improving the HSE standard.

Adaptability

The small footprint of the CDP system and its modular design makes it suitable to a wide range of rig designs and operational conditions.

References

  • Complete CDP system has been operational on many rigs and platforms since 2002. In a 12 ¼” section, the average ROP has been 75 m/hr. Handled peaks of 120 m/hr
  • Stena Don, Scarabeo V, TO Searcher, West Alpha and Sleipner A are just a few of the rigs to use the CDP.

CDP-system

Dimensions

  • Weight: 3250 kg (7160 Ibs)
  • Total length: 5800 mm (4500 mm radius)
  • Width: 1500 mm
  • Total height: 4450 mm

Features

  • Remote operated
  • Reduced labour requirement
  • Reduced crane dependency
  • Filling of bins within radius of 4.5 meters
  • Contingency

Technical specifications

  • 270° operational radius
  • Reaching distance from 2.0 to 6.0 meters
  • Reaching height from 0 to 4.0 meters

Cuttings Bin

Dimensions

  • Weight: 1620 kg (3568 Ibs)
  • Length: 2212 mm
  • Width: 1852 mm
  • Height: 1616 mm

Features

  • Operated from deck – no climbing above 800 mm, ref. NORSOK Soo2-N
  • Optimum use of capacity
  • Safe stacking
  • Lid, opening weight max 25 kg (55 Ibs), ref. NORSOK
  • Sealed lids – no leaks in or out of the containers
  • Drain valve in the bottom
  • Reduced road transport cost

Product videos
Product photos

CDP© – Cuttings Discharge Pump key features ...

Remotely operated
Reduced labour requirement
Reduced crane demand
Fills skips up to a radius of 5.8 metres
Reaches up to 25 skips
No personnel in contact with waste material

Get in touch

Do you want to know more about the possibilities? Or do you want a quick quote? Call (+47) 51 71 53 80 or send an email to post@ots.as.

Related products
New design in order to meet the market requirements
OTT pneumatic cuttings transport system is ideal for transporting drilled cuttings from shaker trough to skip loading station, directly into closed mud skips.
OTT supplies CRI systems. CRI results in zero discharge to the environment. The CRI process is permanent, safe and reliable.
The TCC® (Thermo Mechanical Cutting Cleaner) converts kinetic energy to thermal energy in a thermal desorption process that efficiently separates and recovers the components of drilling waste whilst preserving the original quality of the components prior to treatment.
Used for treatment of fluids and mud contaminated with lage particles