Provides the next generation of compact and easy to operate integrated mechanical separation equipment in combination with environmentally friendly chemicals and skilled operations personnel to serve the offshore industry in managing slop water, drilling mud and drill cuttings.
1Industrial Waste Treatment
NT provides state of the art compact mechanical separation equipment and supply environmentally friendly chemicals for the treatment (onsite and offsite) for re-use of flowback fluids, completion fluids, produced waters and any other industrial water.
NT provides services and environmentally friendly chemicals for industrial use The N-Sep additives are remarkably efficient.
The hazardous waste regulation defines hazardous waste as ”the waste that cannot be handled together with municipal waste, because it can cause serious pollution or risk of injury to people and animals”.
NT provides services (onsite and offsite) and supply environmentally friendly chemicals to destabilize the drilling fluids, OBM and WBM, allowing for the separation and recovery for re-use of three different elements: water/brine, oil and solids.
The production and disposal of oily sludges are considered as one of the most critical environmental issues in the petroleum industry, particularly in the petroleum producer countries. Annually, large quantities of oily sludges (more than 60 million tons) are generated and more than 1 billion tons of oily sludge has been accumulated worldwide.
In particular, the sludge generated during the petroleum refining process has received increasing attention in recent years. It has been estimated that one ton of oily sludge is generated for every 500 tons of crude oil processed. Oily sludge is a complex and variable hazardous waste depending on the quality of crude oil as well as the processes used for water-oil separation. In general, oily sludge is composed of 40-52% alkanes, 28-31% aromatics, 8-10% asphaltenes, and 7-22.4% resins by mass. In addition, the oily sludge contains the heavy metals such as Zn, Cd, Pb, Cr, Cu, Ni and V.
Because of variations in the chemical composition of oily sludges, its physical properties such as density, viscosity, and heat value can vary significantly. Based on the integrated waste management strategy, three approaches including source reduction, oil recovery and disposal using different technologies such as thermal processes and biodegradation have been reported for oily sludge treatment.
The development of environmentally friendly and economical technology for oily sludge management and treatment has for years been on the agenda of being a necessary achievement of sustainable development in the petroleum industry.
The oily sludge treatment with the Norwegian Technology solution allows for the separation and recovery for reuse of the different components of the sludge, namely oil, water and solids. The process takes place at ambient and heated temperature with the use of proprietary chemicals.”Oily sludge is a complex emulsion of various petroleum hydrocarbons (PHCs), water, heavy metals, and solid particles. Due to its hazardous nature and increased generation quantities around the world, the effective treatment of oily sludge has attracted widespread attention. Many methods deal with PHCs in oily sludge either through oil recovery or sludge disposal.
The development of environmentally friendly and economical technology for oily sludge management and treatment has for years been on the agenda of being a necessary achievement of sustainable development in the petroleum industry.
Modular Membrane Unit
Designed and built for Offshore and Onshore Applications
Modular Membrane Unit
Technical details
Wastewater Treatment Unit
The most compact and efficient solution for the treatment of wastewater both offshore and onshore.
Wastewater Treatment Unit
Technical details
Technical details
Sludge Treatment Unit
Chemically breaking the emulsion of heavy slops
Sludge Treatment Unit
Technical details
Technical details
Compact Treatment Unit
Save time and cost while minimizing the environment risk.
Compact Treatment Unit
Technical details
Technical details
Wastewater treatment Chemicals
Onshore & offshore proven
Separation and recovery for re-use of drilling fluids
Chemicals for the treatment of Oily Sludge and OBF
Cuttings treatment unit
Eliminating the need for drilling waste to be transported to shore or re-injected.
Baker Hughes
Description
Destabilization and separation of Oil-based drilling fluids
Year
2020 –
Technology
MUD-Split
Norwegian Technology agreed with Baker Hughes Inc to treat 330 m3 of low solid OBM that had been stored in tanks for several months.
Baker Hughes
Description
Destabilization and separation of Oil-based drilling fluids
Year
2020 –
Technology
MUD-Split
Norwegian Technology agreed with Baker Hughes Inc to treat 330 m3 of low solid OBM that had been stored in tanks for several months.
Equinor
Description
Equinor – Refinery Mongstad
Year
2020 –
Technology
MUD-Split
Equinor introduced new exacting regulations. Oil from the sludge can no longer be sent away for disposal.
Equinor
Description
Equinor – Refinery Mongstad
Year
2020 –
Technology
MUD-Split
Equinor introduced new exacting regulations. Oil from the sludge can no longer be sent away for disposal.
IVAR
Description
Munical WWTP in Grødaland
Year
2021 –
Technology
N-SEP 438
DAF
Norwegian Technology provides its new and unique water treatment chemicals, N-SEP 438 to IVAR’s Municipal Waste Water Treatment Plant at Grødaland.
IVAR
Description
Munical WWTP in Grødaland
Year
2021 –
Technology
N-SEP 438
DAF
Norwegian Technology provides its new and unique water treatment chemicals, N-SEP 438 to IVAR’s Municipal Waste Water Treatment Plant at Grødaland.
