The Technomar GroupThe Technomar Group founded in 1974 as a marine repair companyfounded in 1974 as a marine repair company expanded its activities to the area of specializedexpanded its activities to the area of specializedmachinery engineeringmachinery engineering company headquarters in Bremen Woltmershausencompany headquarters in Bremen Woltmershausenbuilt in 1991 and recently expandedbuilt in 1991 and recently expanded since 2001 under new managementsince 2001 under new management in 2003 acquired the engineering company H.in 2003 acquired the engineering company H.Schroeder GmbH.Schroeder GmbH. in 2005 acquired the metal processing companyin 2005 acquired the metal processing companyBremer System Technik (BST) GmbH.Bremer System Technik (BST) GmbH.
Products and ServicesProducts and Services Specialized machinery engineeringSpecialized machinery engineering Environmental protection technologyEnvironmental protection technology Cargo handling technology for ports, etc...Cargo handling technology for ports, etc... Steel and aluminum constructionsSteel and aluminum constructions Marine technologyMarine technology Ship repair servicesShip repair services Mega yachtsMega yachts Supplies for the aerospace industrySupplies for the aerospace industry
Oil is an indispensible resource for the globalOil is an indispensible resource for the globaleconomy.economy.
It is also a serious environmental hazard.It is also a serious environmental hazard.Amoco Cadiz disaster inBrittany,1976Oil polluted beach after the ExxonValdez spill in Alaska, 1989Oil encrusted birds
Problems of Oil Spill CombatingProblems of Oil Spill Combating1. How to collect the oilOil is usually skimmed off from the water surface by specialskimming systems. There are a variety of different skimmertypes and systems available.2. How to separate the oil from the waterWater is the carrier medium for the oil. All skimming systemscollect sizeable quantities of water along with the oil. Theoil/water mixture collected by the skimmers contains only about15 to 20% oil, 50% at most. Hence, storage tank capacities areeasily filled.The solution is separating the oil from the water and storing onlythe oil in the tanks, while the water is discharged.
Oil Collection Systems IOil Collection Systems IFloating Skimmer, Type GTTechnomar High Sea SkimmerSplit Hull Oil Recovery VesselBrush Skimmer, Type LamorAll oil recovery systems always collect water along with the oil,no matter what the manufacturers say.
Oil Collection Systems IIOil Collection Systems IIBelt skimmer, floating skimmer and oil booms employed togetheron a river arm.
Oil Collection Systems IIIOil Collection Systems IIIShovel type skimmeremployed during clean-up operations after the2013 Danube flood inSouthern Germany.
Oil/Water SeparationOil/Water Separation Water is the carrier medium for the oil. All oil recoveryWater is the carrier medium for the oil. All oil recoverysystems collect water along with the oil.systems collect water along with the oil. The oil/water mixture collected by a standardThe oil/water mixture collected by a standardskimming system usually contains between 15 andskimming system usually contains between 15 and20% oil, 50% at most.20% oil, 50% at most. As a result, tank capacities are quickly exhausted,As a result, tank capacities are quickly exhausted,which extends the recovery time due to unnecessarywhich extends the recovery time due to unnecessarytank draining.tank draining. Tank capacities would last much longer, if only the oilTank capacities would last much longer, if only the oilcould be stored.could be stored.The Solution: Separate the oil from the water, so thatonly the oil is stored, while the water may be discharged.
Oil/Water Separation SystemsOil/Water Separation SystemsTechnomar offers oil/water separation systems in the following forms:Firmly installed separation systemsaboard oil spill combating vesselsCompact separation units with thedimensions of a standard ISO 20‘container for greater mobility
The Separation Process - OverviewThe Separation Process - OverviewOilresidualwater content:less than 1%Oil/water mixtureoil content:up to 50%viscosity:up to 70 000 cStdensity:up to 0.99 g/cm³flashpoint:> 60°CWater:residualoil content:less than 15 ppmSeparation UnitThroughput: 80 m³/h
The Separation ProcessThe Separation ProcessSkimmerSEPCONInletchamberLabyrinthineprocesschamberOil domesA and BOil in watermonitorOiloutletWateroutletOil in water > 15 ppmOil in water< 15 ppmWater in oil< 1%The flow diagram above illustrates the separation processMixtureWaterOil
CoalescenceCoalescenceThe separation process utilizes the physical principle of coalescence onoleophile surfaces.Coalescence means that small oildroplets adhere to oleophile surfacesand form bigger oil drops.Thecoalescenceprocess seenunder themicroscopeTechnomar separationsystems containcoalescence elements likethe ones in the photo above.
SEPCON UnitsSEPCON UnitsSEPCON units are compact oil/water separation systems with thedimensions of a standard ISO 20‘ container. SEPCON units are designed formobility and may be employed wherever needed. Every SEPCON unit isequipped with a diesel engine and therefore independent of outside powersupply. Throughput: 80 m³/hLength: 6.06 m = 20 ftWidth: 2.44 m = 8 ftHeight: 2.59 m = 8.5 ftWeight empty: 10 000 kgWeight full: 25 000 kgMax. oil content: < 50%Max. viscosity: 70 000 cStMax. density: 0.99 g/m³Flashpoint: > 60°CSEPCON units separate oil and water in a directthroughflow process, utilizing only the physicalprinciples of gravity and coalescence. Chemicaladditives and long settling periods are notnecessary.
SEPCON 40SEPCON 40The smaller SEPCON 40 unit was built for the German federal disasterrelief agency THW.Throughput: 40 m³/hLength: 6.06 m = 20 ftWidth: 2.44 m = 8 ftHeight: 2.59 m = 8.5 ftWeight empty: 9 000 kgWeight full: 20 500 kgMax. oil content: < 50%Max. viscosity: 10 000 cStMax. density: 0.98 g/m³Flashpoint: > 55°C
SEPCON Unit Under ConstructionSEPCON Unit Under ConstructionView into the process tankTotal viewEngine room with entry to the process tank