- Drilling, Workover & Completion Chemicals
- Production & water Flooding Chemicals
- Transportation Chemicals
- Carboxy Methyl Cellulose (LV) - Deva CMC (LV)
- Carboxy Methyl Cellulose (HV) - Deva CMC (HV)
- Carboxy Methyl Cellulose (EHV) - Deva CMC (EHV)
- Polyanionic Cellulose Polymer (Regular) - DEVA PAC - REG
- Polyanionic Cellulose Polymer (LV) - DEVA PAC - LO
- Drilling Detergent - DEVA DET
- Freshwater Emulsifier - DEVA MUL - FW
- Foming Agent - DEVA FOM
- Defoamer - DEVA - DFOMX
- Hydroxy Ethyl Cellulose - Devasol - 300
Drilling Detergent - DEVA DET
Description
DEVADET is a specifically formulated blend of surfactants for use in LOW SOLIDS drilling and can be used in either fresh water or in salt water systems.
Typical Properties
Activity | 15% |
Flash point | Above 100°C |
Specific Gravity @ 20°C | 1.02 to 1.06 |
Health and Safety
Detailed information on handling and eventual precaution to be observed in the use of the product can be found in our relevant health and safety Information sheet.
Customers are urged to ensure that the products are entirely suitable for their own purposes. Deva Drill Tech can frequently help in these technical matters, if required.
Packaging
Multiply export paper bags, with internal p.e. coating.
25 X Kg. X 40 bags per non-returnable pallet, wrapped and strapped.
Gross weight : 1.020 Kg.
Approx. cubage : 1.5 m³
Optional extra : Heavy duty cardboard box- jungle box.
Customers are urged to ensure that the products are entirely suitable for their own purposes. Deva Drill Tech can frequently help in these technical matters, if required.
Dosage
DEVADET is a concentrate and as such the amount to be used is about one quarter of the dosage of similar products.
Typically 2 to 5 liters for every 10B/bls Mud provides all the necessary features.
Uses
DEVADET will enhance drilling operations by:
- Reducing the surface tension of the drilling fluids allowing solids to settle and reduce pump pressures.
- Improving sampling, cleaner samples and better cutting sizes.
- Increasing penetration rates.
- Reducing hole friction and torque.
- Preventing bit balling and caking.
- Reducing wear and tear on pump parts
- Increasing bit life.
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