2. •
Environmental
Consulting
and
Technical
Expertise
•
Petroleum
Remediation
•
PCB
Remediation
•
Chlorinated
Solvent
Remediation

4.
BioBlend
is
a
full
service
environmental
consulting
company
with
experience
in
a
wide
range
of
environmental
projects
including
but
not
limited
to:
• Environmental
Assessment
Services
• Remediation
Services
(Remedial
Action,
Phase
I,
II)
• Innovative
Remedial
Technology
• Environmental
Construction
• Ecological
Services
(Watershed,
Wetlands,
Wildlife,
Etc.)
• Environmental
Compliance
Monitoring
We
have
individuals
with
extensive
experience
including
Professional
Engineers,
Professional
Geologists,
and
Environmental
Scientists.
Our
talented
staff
provides
our
clientele
with
years
of
professional
expertise.

5.
BioBlend
has
experience
tackling
any
of
the
following
issues:
• Petroleum
Contamination
–
From
Crude
to
Gasoline
• Petroleum
Storage
Tank
Spills
• Oil
Well
Crude
Spills
• Oil
Sludge
Removal
• PCB
Remediation
• Soil
and
Groundwater
Contamination
• Indoor
Building
Material
Contamination
• Chlorinated
Solvent
Remediation
• Dry
Cleaning
Leaks
• Industrial
Solvent
Plumes

7. § Combines
BioBlend’s
proprietary
products
with
state
of
the
art
remedial
equipment
and
techniques
to
tackle
many
of
the
tough
contamination
issues
facing
the
world
today.
§ Our
current
process
is
a
complete
closed
loop
system,
including
recovery
and
treatment
of
groundwater,
followed
by
reinjection
of
the
treated
water
mixed
with
proprietary
blends.
The
system
is
trailer
mounted
or
can
be
containerized
for
shipment
throughout
the
world.
Because
of
the
modular
design,
the
process
can
be
adapted
for
most
site
specific
conditions.
§ Our
blends
enhance
the
native
microbial
growth
of
any
site.
Our
proprietary
blends
not
only
remove
contaminants;
they
enhance
the
micro
fauna
to
remove
any
residual
particles
that
may
be
left
with
traditional
blends.

8. Mobile
application
system
Real
Time
Monitoring
of
Recovery
Stream
Individual
adjustments
to
injection
wells
Continuous
metered
flows
Inlet
Treatment
System
80
CFM
vane
compressor
for
air
injections

9. Case Study – Peeks Motel
Site Treatment
■ ClenzSoil Treatment Trailer
■ Plume size 26,231 Square Feet area
from 7 to 12 feet below land surface
■ Simultaneous injection and recovery
– closed loop system
■ 52 days of treatment
■ < $500,000 to Complete
Results
• 99% reduction (non-detect
status)
• Non-disruptive to daily business
Application Trailer:
Peeks Motel Parking Lot
Site Background
• Panama City Beach, Florida
• One plume on two properties
separated by a busy highway.
• Optional Treatment Cost:
• Excavate: $10 Million
• Air sparge: $2 Million – 5
Years
Geology/Hydrology
• Light brown/gray fine sands.
• Depth to water is approximately
13 feet below land surface.
.
Cross Street View
Aerial View of Plume
February 2009

10. Oiled
Sand

11. H2O
BB
Contaminated
Sand/Soil
Oil/Crude
Clean
Sand/Soil
Crude/oil
/water
discharge
Mobile
Contaminated
Sand/Crude
Separation
System
Scalable
from
2
ton
per
hour
to
40
ton
per
hour
Water
Source
Recycled
Water
Oil/Water
Separator
185
CFM
Air
Compressor
Treatment
Tank
Reversible
augers
and
air
flotation
separation

12. BB
Oil/Crude
<1%
BSW
Clean
Solids
Mobile
Oil
Sludge
Treatment
System
Scalable
up
to
200
gpm
Decanting
Centrifuge
Mixing
Tank
w/
Skimmer
High
Speed
Decanting
Centrifuge
Direct
Fire
Water
Heater
Oil/Sludge
Pond

13. License
holders
of
AMTS
Technology
Through
NASA

14. Historical
Uses
of
PCBs
§ Electrical
Equipment
§ Heat
Transfer
Equipment
§ Hydraulic
Equipment
§ Plasticizers
ú Caulks
and
Plastics
ú Rubber
Products
§ Pigments,
Dyes
and
Paints
§ 1.5
Billion
Pounds
/
1977

15. Where
PCB’s
Contamination
can
be
Found:
Concrete
Caulk
Expansion
Joints
Paint
and
Caulk
Decommission
of
Old
Ships
Schools
and
Other
Government
Building

16. AMTS:
Activated
Metal
Treatment
System
•
Created
to
treat
PCB
waste
in
place,
thus
eliminating
the
need
to
continue
the
legacy
by
placing
the
waste
in
a
landfill.
• Only
available
technology
that
can
destroy
PCB
in
place
on
construction
materials.
Occupied
buildings
can
be
treated
and
returned
to
service
in
a
matter
of
weeks.
•
NASA
Patented
Technology.
Developed
to
treated
PCB
contaminated
paints
at
NASA
installations.
Found
to
be
effective
on
Paint,
Caulk,
Concrete,
and
other
Surfaces.
•
EPT
has
developed
multiple
treatment
methods
based
on
the
original
system:
•
Direct
Application
with
Activated
Paste
•
Treatment
Sock
with
Paste
•
Solvent
Immersion

17. License
holders
of
EZVI
through
NASA

18. Chlorinated Solvents:
• Dry Cleaning
• Tetrachloroethylene
• Trichloroethylene
• Industrial Degreaser
• Carbon Tetrachloride
• Dichloromethane
• Chemical Industry
• Vinyl Chloride
• Military Installations

19. Emulsified
Zero
Valent
Iron
(EZVI)
•
EZVI
was
designed
as
a
source
area
remediation
technology.
•
Typical
source
concentrations
decrease
by
90%
within
3
months.
•
EZVI
composed
of
food-­‐grade
surfactant,
biodegradable
vegetable
oil,
water,
and
ZVI
•
This
technology
was
designed
for
the
in-­‐situ
treatment
of
dense
non-­‐aqueous
phase
liquids
(DNAPLs).
•
Field-­‐tested
by
the
U.S.
Environmental
Protection
Agency
(EPA)
under
the
Superfund
Innovative
Technology
Evaluation
(SITE)
Program
• Treatment
method
is
by
Injection
or
soil
mixing
Nano
Scale
Iron
Surfactant
Membrane
Veg.
Oil
Water

21. General
Description
The
hyper
wettability
of
our
product
allows
us
to
get
into
pores
and
fissures
of
surfaces
that
allow
cleaning
and
recovery
of
contaminants.
Bioblend
base
product
reduces
water
tension@
25C
to
26.7
dynes/cm
Water
@
25C
is
72.8
dynes/cm
The
lower
the
dynes,
the
less
force
is
needed
to
break
the
cohesive
forces
among
the
liquids
molecules.
ICIS
works
by
electrostatic
repulsion
and
steric
hinderance

23. Mechanism of Oil Recovery
High salinity water compresses divalent bridges that link oil molecules with clay particles. By injecting Rb Aq which contains
very low salinity, the electrical compression force is reduced and the bridges are able to expand allowing for a non bridging
monovalent ion like Na+ to access and replace the divalent ions. This allows the oil to be swept towards the producing well.
OIL
CLAY
Ca++
Na
+
Na+ replaces Ca++ CLAY
OIL
Na
+
Out to
Producing well
Ca++

24. Rebound
Aq
Superlatives
§ Highly
compatible
with
all
nonionic
or
anionic
oil
field
products.
(i.e.
scale
inhibitors,
biocides,
etc)
§ Decreases
capillary
pressure
in
the
formation,
allowing
for
increased
yields.
§ Lowers
the
viscosity
of
the
hydrocarbon
feedstock,
allowing
for
increased
yields.
§ Contains
a
strong
crystal
wax
modifier
for
paraffin
control.

25. Rebound Aq
Lower
IFT
Lower
capillary
pressure
Increased
production

26. REBOUND
AQ
Field
trials
and
flowback
data
Increased
oil
and
gas
production
Reduced
pump
pressures
Reduced
energy
cost

27. Case
Study
#1
Increased
Oil
§ On
June
1,
2012,
rebound
was
introduced
into
a
2,200
ft.
well
that
produced
only
0.5
bpd
for
a
period
of
three
years.
§ Based
on
the
calculations
of
water
in
the
system,
five
gallons
of
Rebound
Aq
was
poured
into
the
well
inlet
at
a
0.5%
dilution
which
resulted
in
a
final
.04%
dilution.
The
pump
was
set
to
percolate
and
the
product
was
allowed
to
permeate
into
the
surrounding
near
well
bore
formation.
Upon
restarting
the
pump,
the
operator
showed
a
significant
increase
in
oil
flowback,
up
to
5
bpd.
The
operator
also
noticed
sand
from
the
Austin
chalk
formation
represented
in
the
recovered
product.
This
was
a
significant
observation
showing
Rebounds
ability
to
clean
out
the
veins
of
the
formation
and
proppant
sand
from
the
original
fracture.
This
increase
in
production
lasted
for
three
weeks.
Before
the
use
of
Rebound,
the
wells
produced
10.5
barrels
of
oil
in
a
three
week
time
frame.
After
treatment
with
Rebound,
the
next
three
weeks
produced
105
barrels
of
oil
resulting
in
a
900
%
increase
in
production.

28. Case
Study
#1
graphical
results
3.25
3.5
3.75
0
30
35
40
0
5
10
15
20
25
30
35
40
45
week1
week2
week3
injection
week4
week5
week6
Barrels
of
oil
Barrels
of
oil
Rebound
Aq
injection

29. Case
Study
#2
Increased
Gas
and
Energy
Cost
Savings
§ On
February
14,
2013
Rebound
Aq
was
introduced
into
a
field
of
6
wells
that
were
drilled
in
the
1940’s.
The
property
owner
stated
previously
prior
to
treatment,
they
produced
a
steady
3
½
inches
[which
is
equivalent
to
1
barrel
=
1
inch]
or
3.5
bpd.
After
partial
treatment
of
Rb
into
the
production
water
tank,
they
saw
an
increase
to
a
steady
4
bpd.
After
the
plumbing
was
complete
and
the
pressure
dropped
at
the
injection
well
and
injection
pump,
he
had
one
day
of
6
barrels
of
production,
and
two
days
of
5
½
barrels,
then
5
barrels.
After
which
it
subsided
to
4
½
barrels
and
remained
constant.
The
first
of
September
showed
an
increase
to
8bpd
and
has
steadied
throughout
the
month.
That
is
an
increase
of
128%.
Turning
on
the
injection
pump
along
with
the
MR
pump
injecting
3.48
gallons
of
Rb
mixture
a
day,
did
indeed
allow
the
pressures
at
both
the
injection
pump
and
the
injection
well
to
reach
a
sustained
maximum
pressure
allowance
of
200
PSI
for
a
time
period
of
40
minutes
after
building
gradually.
The
injection
well’s
pressure
went
down
to
100
PSI,
and
gradually
decreased
from
there.
This
is
a
two-­‐fold
benefit,
one
being
there
is
less
mechanical
strain
kept
on
the
injection
pump,
resulting
in
both
longer
life
span
of
the
pump
and
porcelain
pistons
but
also
a
decreased
electricity
bill
as
the
pump
works
more
efficiently
to
push
fluid
down
the
line.
The
operator
also
estimates
a
gas
production
increase
of
20-­‐30%,
although
this
was
not
documented.

30. Case
Study
#2
graphical
results
0
2
4
6
8
10
12
Bbls/
day
Bbls/
day
Rebound
Aq
Treatment

33. Clean
Out
Paraffin
Control
Green
Solvent
Non
Toxic
Biodegradable
Low
Pour
Point
Non
Flammable
Corrosion
Control

36. Rebound
Liquesce
Rebound
Liquesce
contains
our
hydrocarbon
attracting
base
formula
with
a
strong
biodegradable
plant
based
solvent
that
will
dissolve
paraffin.
Perfect
for
wells
and
produced
oil
with
a
high
paraffinic
content.
At
room
temperature
At
80F,
sample
is
flow
able
Control
at
80
F
Viscous
and
stuck
to
the
glassware
Wax
with
Rebound
Sample
separates
easily
From
the
glassware
Black
wax
crude
pour
point
105F

37. Rebound
Recover
• Modulates
the
pour
point
of
sludge
and
heavy
hydrocarbon
molecules
• Allows
solids
to
be
easily
removed
from
the
recovered
oil
stream.
• Decreases
separation
time
of
oil
and
increases
efficiency
of
equipment
Allows
lands
now
used
for
holding
sludge
and
waste
to
be
recovered
for
industrial,
or
commercial
usage.

38. Tank
Clean
Non
Toxic
Biodegradable
Corrosion
Control
Safe
for
Waste
Stream

39. Tank
Clean
2.
Tank
Clean
is
injected
into
the
tank
and
recirculated
with
the
already
present
sludge.
4.
Tank
is
clean
and
conditioned
for
re-­‐use
1. Sludge
Build-­‐Up
3.
Liquefied
sludge
for
the
refinery
1 2
3 4

40. Rebound