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Response Equipment Design
Response Technique Development
We have references
from skimmer and pump designs, which are incorporated in the oil
spill contingencies in more than 100 countries.
We have developed new market leading flow enhancing techniques for
operational pump transfer of extreme viscosity oil.
flemingCo offers
- Production ready new design of
oil recovery skimmers, pumps, and related mechanical feeders,
adapters etc.
- Design review and efficiency
face-lift of an existing product line
- Specialized techniques for the handling of high- and extreme
viscosity oil
- Combination designs for
fast-flow oil recovery
- Auxiliary equipment design
- Design of dedicated land
remediation and pit-cleaning equipment
MAJOR R&D and DESIGN
REFERENCES
- DESMI-250 Vertical Archimedes’
Screw Skimmer, 1986/87 *)
- DOP-250
Offloading and Transfer Pump 1988 *)
- DESMI-Sweeper
Crane Adapter for DOP-250 1991*)
- DESMI-DOAS
Dracone TSB Adapter for DOP-250 1991*)
- DESMI-TERMINATOR
Vertical Archimedes’ Screw Skimmer 1994
*)
- DESMI Mini-Max
Center Float Skimmer 1994 *)
- DOP-TERMINATOR
Vertical Archimedes’ Screw Skimmer 1995 *)
- DESMI-TARANTULA
250 m3/h w. 2 pcs. DOP-250 1998 *)
- ERE PNP Orimulsion® Refloater (R&D) 1999
- Fresh Water Adapter for ERE
PNP Orimulsion Refloater (R&D) 2000
- Inlet Side Steam Injection Based Extreme Viscosity Pumping System
for DESMI DOP 250 and 160 Pumps 2001
- Inlet and Discharge Side Steam Injection Based Extreme Viscosity Pumping System
for GT-185 Pump 2002
- Inlet and Discharge Side Steam Injection Based Extreme Viscosity Pumping System
for GT-260 Pump 2002-2003
- New High Pressure and High Temperature Plate Wheels for GT-185 and
GT-260 Pumps 2002-2003
- LAMOR GT-A Offloading and Transfer Pump Series, 20 to 140 m3/h, with Built-in Inlet Side Steam
Injection Based Extreme Viscosity Pumping System 2002-2003
- LAMOR
LWS Weir Skimmer range, 20 to 140 m3/h 2002-2003
*) from key personnel's past employment
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