“fast act” advanced vapour technology for the oil …

“FAST-ACT” ADVANCED VAPOUR

TECHNOLOGY FOR THE OIL & GAS

INDUSTRY

January 2016

Serving Customer Needs Through Advanced Chemistry

What does FAST-ACT do?

• FAST-ACT is a powder, granule, filter or liquid

used to adsorb and neutralize all chemical

hazards, particularly H2S.

• Neutralizes both liquid and vapour hazards

• Converts the toxic material to a non-hazardous

by-product for safe disposal.

• H2S is converted to safe Magnesium and

and Zinc sulphides plus H2O



What is FAST-ACT ?

• The metal oxides that

comprise FAST-ACT are

manufactured using special

nanotechnology proprietary

processes that result in unique properties not found in

competitor products

• Components of FAST-ACT are

– Magnesium Oxide

– Titanium Oxide

– Zinc Oxide

Why it varies from other

Scavenger Oxides

Conventional MgO

Stable, little reactivity

Surface Area = 30 m2/g

Nano Active FAST-ACT MgO

Stable, highly reactive

Surface Area = +300 m2/g


FAST-ACT Mode of Operation

Liquid Containment – Chemical

taken up by adsorption into the

large porous surfaces.

Adsorption – Chemical bound to

surface of FAST-ACT molecule

Neutralization – Chemical

reaction occurs to convert the

toxin to non-hazardous



Product Benefits

• No premixing is required

• Rapid-acting upon contact

• Effective over a wide range of conditions

• Non-toxic, non-corrosive, non-flammable

• 5 Year shelf life

Certified by Lloyds Register,

NATO, Australian TGAUsed by the US, Australian, Indian and

Singaporean Militaries


Lloyds Certification


Lloyds Register Trials


H2S at 200ppm (IDLH) was

reduced to 10ppm (STEL) in

30 seconds

H2S at 3000ppm took

4 hours to breakthrough a

FAST-ACT filter

Using a traditional sulphur

scavenger filter it took only

5 minutes

Summary of Effectiveness + H2S, NOX, SOX


• Acids• Hydrochloric acid

• Hydrofluoric acid

• Hydrogen cyanide

• Nitric acid

• Phosphoric acid

• Sulfur dioxide

• Sulfuric acid

• Alcohols• Denatured Ethanol

• Methanol

• Aldehydes• Acetaldehyde

• Caustics• Anhydrous ammonia

• Sodium hydroxide (aq)

• Chlorinated organics• Acetyl Chloride

• Chloroacetyl Chloride

• Chloroform

• Methylene chloride

• Ketones• Acetone

• Oxidizers• Chlorine

• Ethylene oxide

• Nitrogen dioxide

• Petrochemicals• Diesel

• Gasoline

• Phosphorus/sulfur/nitrogen compounds

• Acetonitrile

• Dimethylmethyl Phosphate

• Methyl mercaptan

• Paraoxon

• Parathion

• Sodium cyanide (aq)

• 2-Chloroethylethyl sulfide

• 4-vinylpyridine

• Other Organics• Ephedrine

• p-Cresol

• Pseudoephedrine

• Toluene (Partial list)


Hydrocarbon and

Solvent adsorption

rates.(Surface and Airborne)

FAST-ACT will NOT work on:

- Biological agents

- Heavy metals

- Radioactive material

Key Advantages


- Minimum twice the efficacy of competitive scavengers

- Removes 0.4 -0.6Kg H2S per Kg of granule

- In gas to power sweetening can produce at $0.03/Kwh

- Provides vapour hazmat response in seconds

- Can be used for skin decontamination

- No mixing, non-toxic, 5 year shelf life

- Smaller footprint for engineered vapour solutions

- Lower CAPEX

- Lower OPEX with safer and less change-outs

Oil & Gas Objectives


Oil & Gas Benefits


KEY APPLICATIONS

• 1) Portable sweetening for Gas to Power

• 2) Wellhead H2S removal –Fixed Bed

• 3) More efficient vapour return line solutions

• 4) Chemical tank venting

• 5) Offshore Rig H2S management

• 6) Immediate Hazmat vapour response

• 7) Chemical Vapour Filtration

• 7) Personal Decontamination

• 8) Laboratory Spills


1) Portable sweetening for Gas to Power

Gas Sweetening Skid

Each system is

designed and

scaled bespoke to

each field

condition.

This skid mounted

unit was designed

for low pressure,

high flow gas

stream with

300ppm H2S


Systems are scaled to Field

Conditions and Power Required


2) Wellhead H2S Removal


With more than double the efficacy of

current treatments, a fixed bed

lead/lag solution is engineered.

It is designed to calculate the

optimum mass transfer zone for the

catalyst.

Our systems can be designed with

smaller footprint and CAPEX (for rigs)

or for lower OPEX (change outs) for

land.

Spent material can be disposed to

landfill safely and simply

Duplex Lead/Lag

Sweetener System

Electric Submersible Pump

Sour Gas

Sweet Gas

Gas to Power for Well Sites and ESP Using Advanced Gas Sweetening

Substation

Sweet Gas

to TEG

Crude for

Process

Gas Generator

Wellhead H2S Removal (Onshore/Offshore)


Tank Terminal Applications


3) Vapour return line efficiency. Portable


Tank loading bays Drum Filling

Stations

To allow greater flexibility and avoid the

handling and removal of contaminated water

from traditional fixed water scrubbers, our

modular skid systems and advanced

technology can offer faster and cost efficient

vapour return line removal.

4) Chemical Tank Venting

Using our skid removal

systems. Allows more

tank storage options


5) Offshore Platform H2S Management


H2S FAST-ACT PROTECTION PROGRAM

• Continuous monitoring of drilling returns (mud and

cuttings) for H2S release. FAST-ACT Cylinders

• Addition of H2S scavenger (FAST-ACT) in drilling and

completion fluid formulations;

• Negative pressure ventilation and air locks in mud-

processing rooms FAST-ACT Filters

• Local exhaust ventilation over the shale shakers; FAST-ACT Filters

Removal of H2S from Mud, Sand and Oil pits prior to

Derrickman entry FAST-ACT Cylinders

Rig Gas to Power – H2S Removal

and Wellhead H2S Treatment


Due to our high efficacy, FAST-ACT removal systems

with small footprint can provide clean gas for power and

H2S removal of well gas, minimising flaring

6) Immediate Hazmat Vapour

Response


FAST-ACT is the ONLY technology that can

discharged directly into a toxic chemical vapour

for adsorption and removal/neutralisation of

hazardous vapours.

Confined Space HAZMAT

response

to toxic chemical

vapour releases in

confined spaces,

cargo tanks and

containers



FAST-ACT- The only product available

to directly discharge into, and neutralise vapour

FAST-ACT is

directly

injected into a

tank or

confined area

to adsorb any

vapours and

coat the

surface to

prevent off-

gassing

FAST-ACT will settle and can be

rinsed off and cleaned with waterMeets IMO / GESAMP requirements for

the marine environment

7) FAST-ACT FILTRATION

Protection of internal areas such as:

• Accommodation

• Offices

• Control Rooms

• Tank vents

• Manhole filters

Soft filter or honeycomb membrane.

Long life and easily retro fitted into existing

HVAC’s and ducting.


Using Destructive Adsorption

Filtration Technology

Chemical vapours or hydrocarbons

are trapped on the surface of the

FAST-ACT molecule and neutralised.

Normal filters are only carbon and

Hepa.

Filters can be

pads or cartridge

embedded with

FAST-ACT

granules


8)Personal Decontamination:Australian Therapeutic Goods Certified

30

Developed for

the US Military.

Each soldier

carries 3 mitts for

personal decon

against Chemical

Warfare agents


9) Laboratory Spill Response

The complete Spill Response for chemicals in

Laboratories.

5 Year shelf life, non-toxic, by-product is

neutralised for normal disposal.


Thank You

• For more information:

• T: +971 4 277 4566

• M: +971 52 795 1548

• [email protected]


BREAKTHROUGH

TECHNOLOGY

FOR THE OIL &

GAS INDUSTRIES

“fast act” advanced vapour technology for the oil …

Documents