Geoscientific Solutions for the Oil and Gas Industry

Most Promising Company

at RICE ALLIANCE 

in 2015 twice

 

REDUCED ENVIRONMENTAL IMPACT

Targeting your fracking efforts will create additional benefits
beyond increased profitability.

  • Fewer chemicals entering geological formations

  • Potential for ground water pollution is decreased

  • Overall demand for frack water drastically reduced



Amros Corporation © ALL RIGHTS RESERVED.


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Amros  has developed proprietary technology for calculating production profiles and completion optimizations for shale oil deposits.  Through years of geoscientific research, we have developed a new way to look at the same data everyone else sees, but in a way no one else can. 


OUR VALUE PROPOSITION...FRACK  LESSPRODUCE  MORE 

2014 estimates indicate that 95% of oil from shale plays is left in the ground and two-thirds of fracks produce NO OIL.

Amros’ algorithmic analysis will provide you the basis to concentrate fracking in the most productive zones.  Over time, this will drastically reduce the number of fracking stages, but WITHOUT reducing yield.


PERMIAN BASIN EXAMPLE

Actual zone thickness fractured:  2652 ft

Actual Production:  36 bbl/day

Amros recommended fracture zone thickness:  484 ft (2168 ft less)

Production from Amros zone:  50 bbl/day (14 bbl/day increase)

Cost savings based on distance: $30,000 per 100 ft = $650,000.00

Revenue increase over 3 yrs:  14 bbl/day x $90/bbl = $1,380,000.00

TOTAL ADDITIONAL REVENUE FROM AMROS PROCESS:  $2,030,000.00



​​​​Traditional methods of log data interpretation successfully used for conventional reservoirs are simply not accurate for shale plays.  An obvious example is the Permian basin where 95% of oil from shale plays is left in the ground and two-thirds

of fracks produce no oil at all.  Amros possesses the only technology that uses standard open-hole log data to calculate a production profile showing where the recoverable oil is located.  It specifies to operators where to frack vertical wells and

where to drill horizontal wells in order to optimize field development. 

​The technology also provides data enabling development of 3D models showing 
recoverable hydrocarbons.  This further assists in optimizing field development, creates dramatic improvements in recovery efficiency and total production, and could even be equal to the discovery of new oil fields.