THERMAL DESORPTION SYSTEM

The treatment technology is based on the thermal processes resulting in evaporation of liquids from drilling cuttings, including: hydrocarbons and water. Water evaporates first, turning into water vapour, and hydrocarbons evaporate later, as they have a higher boiling point. Hydrocarbons are separated from water during the two stage condensation process, based on the same principles.
The treatment technology is based on the thermal processes resulting in evaporation of liquids from drilling cuttings, including: hydrocarbons and water. Water evaporates first, turning into water vapour, and hydrocarbons evaporate later, as they have a higher boiling point. Hydrocarbons are separated from water during the two stage condensation process, based on the same principles. 
The hammer mill generates large quantities of heat during the grinding process, thus breaking cuttings and removing liquids, including pore fluids. The design provides reduction of thermal energy to minimum and simultaneous removal of liquid components  with recovery of hydrocarbons for further re-use in oil-based drilling fluids.

tcc3_grey (1).png

ADVANTAGES

RECOVERED FLUID STORAGE TANKS

APPLICATION

The recovered fluid storage tanks are designed for containment of water and oil base, coming from the TCC unit.

Four tanks, 25 m3 each, are installed on the skids; the tanks are connected and equipped with the service/ maintenance platform on the top of the skids. 

 DIMENSIONS AND WEIGHT 
  Max gross weight        30 000 kg    
  Crate  5 000 kg
  Max net weight  
 25 000 kg
  Net volume    25 m³

 DIMENSIONS OF ONE LEVEL 
  Lengh                   3350 mm
  Width   3350 mm
  Height 6100 mm

The tanks may be used under temperatures from plus 5°C to plus 40°C without deterioration of strength and sealing properties.