The Environment Saver

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SEIs Oil Re-Claim Process For treatment of many
Oilfield problems
Surfside Environmental, Inc.
making a world of difference
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Tank Problems

• Emulsion problems
• Water tied up or suspended in oil
• High bottom
• Paraffin (wax) and sediments accumulate in tank
• Bottoms disposal
• Broad exposure to hazardous waste
• Tank cleaning
• Costly cleaning and operational down-time

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Eliminate Tank Bottom Waste
Before Chemical
Crude sales revenue ()
Sludge disposal cost (-)
After Chemical
All crude sales revenue ()

• More tank capacity
• Sellable product increased
• Eliminated costs of disposal
• No landfill of hazardous waste

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Tank Bottom Treating Case StudyReplace
Cost/Waste with Sales Revenue
17 tanks treated with Chemical resulted in
dispersing their bottoms into sellable oil
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Viscosity Problems

• Pump efficiencies
• Slow lines reduced equipment life
• Pipeline pressure
• Pressure fluctuations
• Measurement errors

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Poor Formation Recovery

• Low cumulative production
• Lost production and revenue
• Water influx
• Pore pressures

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Near Bore Damage

• Old wells with restricted flow at the
  perforations (skin)
• Hot oil damage caused by cooking the light ends
  and leaving the asphaltenes on the perforations
• Xylene damage with asphaltenes left on the
  perforations

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Paraffin Plugging

• Tubing string
• Flow interruptions and operational delays
• Flow lines and pipelines
• Clogged lines pump failures
• Pressure bursts
• Seal failures
• Surface equipment
• Solvent use required

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Oil Production EnhancementCase Study JR Alford
R 3 (Kilgore, Texas)200 Daily Production
Increase
Sustained increase
12 month avg. After treatment12 oil 10 wtr
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Oil Production EnhancementCase Study Underwood
1-A (Paris, Texas)550 Increase in Monthly
Production
Accelerated Increases
12 month avg. prior to treating 53 oil 0 wtr.
Treated well With 55 gal. Chemical 2/2005
Treated well With 55 gal. Chemical 8/2005
Treated well With 55 gal. Chemical 8/2004
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Oil recovery process from Oil Sludge Here are the
aspects of the technology in cleaning up
hydrocarbons from soil, the methodology and the
infrastructure required. The primary scope of
services includes remediation Hydrocarbons in
soil, sludge and water. The process for soil
treatment, Wet Oxidation, is the most economical
and versatile in the field of remediation. We
can handle the largest of projects with the best
results for the lowest cost per ton in the market.
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• The SEI process alters the structure of water and
  hydrocarbons by breaking the hydrogen bonding of
  fluids as they pass through the Hydro De
  Stabilizer, which is inserted in the flow line
  to react with water. Hydro De Stabilizer
  treated water is rich in free radicals and
  comprises powerful oxidants that release
  hydrocarbons bound in soil, making them
  especially susceptible to other oxidizers. The
  Company has a proprietary chemical that is
  designed to effectively work in concert with the
  Hydro De Stabilizer-treated water.
• Except for the patented water treatment equipment
  and chemicals, all earth-handling equipment is
  standard and off-the-shelf. All of the equipment
  is available for rental or lease. Depending on
  the contaminants to be treated, this equipment
  may include
• a rotary screening apparatus to aerate and sift
  the soil,
• a blade mill to mix the soil with treated water
  and oxidizer, and
• a conveyor belt and two front-end loaders to move
  the soil.
• SEI equipment includes chemical and water mixing
  tanks, pumps and plumbing, and various HDS units
  to treat the water.
• The program of removing the oil from the sludge
  for typical feed types comprises four (4) stages
  from sludge through recycled oil, clean soil and
  water output.
• Stage 1
• The sludge is fed to a proprietary static mixer
  device that blends our chemical into the oil
  sludge. The mixer allows for thorough combining
  of the sludge and the chemical so that oil is
  separated at the end of the process from soil.
  As our chemical vaporizes it is recovered and
  blended with water that has been reacted by the
  Hydro De Stabilizer.
• Stage 2
• The soil is then washed with reacted water/
  chemical solution and travels up a conveyor belt
  where any additional oil is freed up and
  collected.
• Stage 3
• The soil is then dropped on a radial stacking
  conveyor where it is then deposited and available
  to be used as land fill.
• Stage 4
• The Reacted water is recycled as often as needed
  back to the beginning of the process and the new
  source of crude oil is sold to the market.

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Please Contact Mark Lancaster for more
information.Midland-Odessa, TX432-352-6670Mark
_at_cleangas.net