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Advance Oilfield Services

   UTS is servicing the oil and gas industry for  desalination of produced water from oil wells or flow-back water from Hydraulic-Fracturing. Our process MVC ( mobile vapor compression ) supplying a low pressure steam for the process. while the units are powered on vented or flared gas  separated off the produce water or flow back water. These are trailer mounted or skid units and could potentially eliminated the injection disposal of the brine water that's occurring. The concept is already proven. this would be a green solution several ways in as recycling the water, the chlorides could be dehydrated and the capturing of the vented gas putting a portion of the gas to use in the process and gathering the rest either as Compressed natural gas ( CNG ) or Liquid natural gas (LNG) . This process could desalinate 50-70 gals a min

A general term for injection processes that introduce heat into a reservoir. Thermal recovery is used to produce viscous, thick oils with API gravities less than 20. These oils cannot flow unless they are heated and their viscosity is reduced enough to allow flow toward producing wells. During thermal recovery, crude oil undergoes physical and chemical changes because of the effects of the heat supplied. Physical properties such as viscosity, specific gravity and inter -facial tension are altered. The chemical changes involve different reactions such as cracking, which is the destruction of carbon-carbon bonds to generate lower molecular weight compounds, and dehydrogenate, which is the rupture of carbon-hydrogen bonds. Thermal recovery is a major branch of enhanced oil recovery processes and can be subdivided in two types: hot fluid injection such as steam injection (steamflood or cyclic steam injection) and hot waterflooding and in-situ combustion processes.

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UTS  Offers A Solutions
Flow Back & Produced Water 
                Recovery
Enhanced Oil Recovery
      Steam Injection
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2015 Upstream Thermal Solutions 

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