H2SZERO is a new technology for removing sulfur from natural gas that offers significant advantages over traditional solutions. It uses a patented iron oxide-based material that can remove 100% of sulfides for 3-5 times longer than competitors, resulting in lower costs. H2SZERO is also easier to use due to its fluidization during cleanout and its material being non-hazardous. Its longer run times allow for increased efficiencies and economies of scale for natural gas producers.
In January 2011, Tega acquired a 100% stake in Losugen Pty Ltd.
Losugen Australia is a Perth based engineering company specialising in the design, manufacture, installation, wear monitoring and maintenance of wear liners, rubber lining, trommel screens, vibrating screens, ceramic linings and filter products for mining and materials handling industries.
As manufacturers of rubber lining brands such as Aggression, D-MAC (ceramics) and Tornado (screen and mill linings), Losugen services and exports products around the globe. It is active in mining projects and materials handling industries Australia wide as well as South East Asia and Papua New Guinea.
Losugen has a solid reputation for providing customized solutions, quality long wearing products and quick turn-around times from order through to installation.
Losugen is a Perth based Group company of Tega Industries Limited
It specializes in the design, manufacture, installation, wear monitoring and maintenance of wear liners, rubber lining, trommel screens, vibrating screens, ceramic linings and filter products for mining and materials handling industries.
In January 2011, Tega acquired a 100% stake in Losugen Pty Ltd.
Losugen Australia is a Perth based engineering company specialising in the design, manufacture, installation, wear monitoring and maintenance of wear liners, rubber lining, trommel screens, vibrating screens, ceramic linings and filter products for mining and materials handling industries.
As manufacturers of rubber lining brands such as Aggression, D-MAC (ceramics) and Tornado (screen and mill linings), Losugen services and exports products around the globe. It is active in mining projects and materials handling industries Australia wide as well as South East Asia and Papua New Guinea.
Losugen has a solid reputation for providing customized solutions, quality long wearing products and quick turn-around times from order through to installation.
Losugen is a Perth based Group company of Tega Industries Limited
It specializes in the design, manufacture, installation, wear monitoring and maintenance of wear liners, rubber lining, trommel screens, vibrating screens, ceramic linings and filter products for mining and materials handling industries.
Sweetening and sulfur recovery of sour associated gas in the middle eastFrames
Effective and efficient removal of hydrogen sulfide (H2S) is an essential step when sweetening gas for downstream processes. By simultaneously turning the captured hydrogen sulfide into elemental sulfur, a Frames THIOPAQ O&G system improves gas value, while creating a saleable chemical widely sought after in the agricultural and bulk chemical industry.
Sweetening and sulfur recovery of sour associated gas and lean acid gas in th...Frames
Effective and efficient removal of hydrogen sulfide (H2S) is an essential step when sweetening gas for downstream processes. By simultaneously turning the captured hydrogen sulfide into elemental sulfur, a Frames THIOPAQ O&G system improves gas value, while creating a saleable chemical widely sought after in the agricultural and bulk chemical industry.
Common poisons include
Sulfur
Chlorides and other halides
Metals including arsenic, vanadium, mercury, alkali metals (including potassium)
Phosphates
Organo-metalics
H2 S and SO2 removal and possible valorizationSerge Vigneron
H2S is a common pollutant in gas and air. This presentation is a review of different techniques to remove H2S ,and possible ways of valorization to sulfuric acid via SO2.
Catalyst poisons & fouling mechanisms the impact on catalyst performance Gerard B. Hawkins
Primary Effects
Secondary Effects
Typical Poisons in hydrocarbon processing
Permanent Poisons
- Arsenic, lead, mercury, cadmium…
- Silica, Iron Oxide….
Temporary Poisons
- Sulfur, Chlorides, Carbon
Boiler Feed water impurities
Heavy Metals
Foulants
THE NATURE OF CARBON DEPOSITS FORMED ON CATALYSTS
- CARBON FORMATION
Type A, B, C
- FEEDSTOCK COMPOSITION EFFECTS
COMMERCIAL’ CARBON DEPOSITS
- CARBON BURNING IN AIR
- CARBON REMOVAL BY STEAMING
- CARBON BURN CONTROL METHODS
- CATALYST – REACTION WITH STEAM
- MAXIMUM OXYGEN CONCENTRATION
- TEMPERATURE OF THE CATALYST SURFACE DURING CARBON BURNS
- CONDITIONS TO BURN OFF CARBON COATED CATALYST
- EFFECT OF CARBON FORMATION
ALL ABOUT NATURAL GAS : DEFINITION,FORMATION,PROPERTIES,COMPOSITION,PHASE BEHAVIOR ,CONDITIONING"DEHYDRATION ,SWETENING" AND FINAL PROCESSING TO END USER PRODUCTS
Chromium is a metal that exists in several oxidation
• Chromium is a metal that exists in several oxidation or valence states, ranging from chromium (-II) to chromium (+VI).
• Chromium compounds are very stable in the trivalent state and occur naturally in this state in ores such as ferrochromite, or chromite ore.
• Chrome III is an essential nutrient for maintaining blood glucose levels
• The hexavalent, Cr(VI) or chromate, is the second most stable state. It rarely occurs naturally.
How to Make Awesome SlideShares: Tips & TricksSlideShare
Turbocharge your online presence with SlideShare. We provide the best tips and tricks for succeeding on SlideShare. Get ideas for what to upload, tips for designing your deck and more.
High quality components and sub-assemblies such as: piping, valves, tubing, manifolds, assemblies, and systems are supplied to semiconductor toolmakers and meet the stringent demands of the semiconductor industry. Double packed and produced under cleanroom conditions.
Special features for the semiconductor industry include: minimal dead space in valves and fittings, minimal use of specific lubricants, cleaned and highly polished stainless steel, radial mounting, compression fittings, weld fittings, diaphragm valves, purifiers, mass flow controllers, pressure sensors, specific cleanroom solutions and more!
Sweetening and sulfur recovery of sour associated gas in the middle eastFrames
Effective and efficient removal of hydrogen sulfide (H2S) is an essential step when sweetening gas for downstream processes. By simultaneously turning the captured hydrogen sulfide into elemental sulfur, a Frames THIOPAQ O&G system improves gas value, while creating a saleable chemical widely sought after in the agricultural and bulk chemical industry.
Sweetening and sulfur recovery of sour associated gas and lean acid gas in th...Frames
Effective and efficient removal of hydrogen sulfide (H2S) is an essential step when sweetening gas for downstream processes. By simultaneously turning the captured hydrogen sulfide into elemental sulfur, a Frames THIOPAQ O&G system improves gas value, while creating a saleable chemical widely sought after in the agricultural and bulk chemical industry.
Common poisons include
Sulfur
Chlorides and other halides
Metals including arsenic, vanadium, mercury, alkali metals (including potassium)
Phosphates
Organo-metalics
H2 S and SO2 removal and possible valorizationSerge Vigneron
H2S is a common pollutant in gas and air. This presentation is a review of different techniques to remove H2S ,and possible ways of valorization to sulfuric acid via SO2.
Catalyst poisons & fouling mechanisms the impact on catalyst performance Gerard B. Hawkins
Primary Effects
Secondary Effects
Typical Poisons in hydrocarbon processing
Permanent Poisons
- Arsenic, lead, mercury, cadmium…
- Silica, Iron Oxide….
Temporary Poisons
- Sulfur, Chlorides, Carbon
Boiler Feed water impurities
Heavy Metals
Foulants
THE NATURE OF CARBON DEPOSITS FORMED ON CATALYSTS
- CARBON FORMATION
Type A, B, C
- FEEDSTOCK COMPOSITION EFFECTS
COMMERCIAL’ CARBON DEPOSITS
- CARBON BURNING IN AIR
- CARBON REMOVAL BY STEAMING
- CARBON BURN CONTROL METHODS
- CATALYST – REACTION WITH STEAM
- MAXIMUM OXYGEN CONCENTRATION
- TEMPERATURE OF THE CATALYST SURFACE DURING CARBON BURNS
- CONDITIONS TO BURN OFF CARBON COATED CATALYST
- EFFECT OF CARBON FORMATION
ALL ABOUT NATURAL GAS : DEFINITION,FORMATION,PROPERTIES,COMPOSITION,PHASE BEHAVIOR ,CONDITIONING"DEHYDRATION ,SWETENING" AND FINAL PROCESSING TO END USER PRODUCTS
Chromium is a metal that exists in several oxidation
• Chromium is a metal that exists in several oxidation or valence states, ranging from chromium (-II) to chromium (+VI).
• Chromium compounds are very stable in the trivalent state and occur naturally in this state in ores such as ferrochromite, or chromite ore.
• Chrome III is an essential nutrient for maintaining blood glucose levels
• The hexavalent, Cr(VI) or chromate, is the second most stable state. It rarely occurs naturally.
How to Make Awesome SlideShares: Tips & TricksSlideShare
Turbocharge your online presence with SlideShare. We provide the best tips and tricks for succeeding on SlideShare. Get ideas for what to upload, tips for designing your deck and more.
High quality components and sub-assemblies such as: piping, valves, tubing, manifolds, assemblies, and systems are supplied to semiconductor toolmakers and meet the stringent demands of the semiconductor industry. Double packed and produced under cleanroom conditions.
Special features for the semiconductor industry include: minimal dead space in valves and fittings, minimal use of specific lubricants, cleaned and highly polished stainless steel, radial mounting, compression fittings, weld fittings, diaphragm valves, purifiers, mass flow controllers, pressure sensors, specific cleanroom solutions and more!
AL TEROUS With 12 years extensive experience & know-how, we offers engineered systems, applications, components and service especially in Water Wastewater Treatment range
AL TEROUS With 12 years extensive experience & know-how, we offers engineered systems, applications, components and services especially in wastewater treatment range
With reference to us as a sole agent of Landustrie & KD- Danish wastewater equipment and authorized regional partner for Siemens / MD / Flender which is recommended by Dubai Municipality as standard equipment and machines in the tender of Jabil Ali STP extension.
AL TEROUS With 12 years extensive experience & know-how, we offers engineered systems, applications, components and services…
An automated cleaning process that continuously protects against combustible ...Milling and Grain magazine
Explosions from combustible dust have plagued the milling and grain industry throughout its history. In just grain handling alone, OSHA, the Occupational Safety and Health Administration, reports that over the last 35 years there have been over 500 explosions across the US, which have killed more than 180 people and injured more than 675.
CASE STUDY - ENVIRONMENTALLY COMPLIANT SURFACE CLEANING WITH MAXIMUM PERFORMANCE
White paper - Marketing
1. H2SZERO is breakthrough technology for the removal of sulfur in the Oil and Gas industry.
h2szero.com
2. Sweetening natural gas has long been a challenging and ongoing requirement for pro-
ducers, not only for the safety and wellbeing of those around it, but also as a sales pre-
requisite. The next frontier in oil field technology has arrived. Introducing H2SZERO; a
monumental leap forward in the H2S abatement landscape.
Traditional solutions for H2S abatement have been either solid scavenger systems or
liquid (Triazine) systems. While both methods pose unique advantages, H2SZERO
is the first technology to merge the best attributes of dry media products into a
single solution, while simultaneously offering never before available performance char-
acteristics.
INTRODUCTION
Common perspectives about solid scav-
enger technologies are that they can be
difficult to remove from inside the contact
tower once the media has been spent.
While the clean out issue may be a nega-
tive one, positive attributes of solid scav-
enger systems are operational simplicity
and having the lowest cost per treated
mcf.
Common perspectives about liquid (Tri-
azine) scavenger technologies are that
they can produce solids that precipitate
and cause plugging downstream, and they
have some of the highest treated cost per
mcf. While spent liquid (Triazine) scaven-
ger becomes hazardous, liquid systems
are the most cost effective systems to
initially set up, provided the system is a
direct injection system. This characteristic
becomes nullified if the liquid (Triazine)
system is a bubble tower or Ultrafab unit.
Obstacles with Current Technology
H2SZERO is a dry, iron oxide based scavenger for use in solid abatement systems.
Iron oxide has long been the “go to” technology for solid scavenger abatement sys-
tems. What makes the H2SZERO patented technology unique is twofold:
1. The chemical compounds involved.
2. The process by which the compounds are synthesized into the final product.
These two attributes give H2SZERO a strategic advantage against the current competi-
tive landscape.
leadership
MIKE CALLAWAY
FOUNDER, CEO - CALTECH GLOBAL
THERE IS ONLY ONE THING
THAT COMES FIRST - OUR
CUSTOMERS.”
“
That initial thought in the
laboratory grew into a pas-
sion for Founder and CEO Mike
Callaway 11 years ago. A desire
to provide a superior solution
for customers challenged with
(H2S) abatement catalyzed the
creation of CalTech Global.
purification simplified
solid liquid (Triazine) There must be a better
h2s solution than what
is available right Now.”
“
3. Product delivery occurs per customer specific needs, be it to the customers’ warehouse location or the customers’ ac-
tual well site location. Standard product packaging is approximately a 2,000 lb. super sack, on 4-way pallets.
EASE OF USE
Foam pads are also available to be included with shipment, should the customer require them. Once the customer is
ready for H2SZERO installation, contact tower change out begins.
The contact tower clean out begins by terminat-
ing gas flow to the contact tower and depressur-
izing the contact tower. At this juncture, cleanout
ports can be opened and waste washing/flushing
of spent scavenger can commence. This process
usually requires a pump truck and roll off box.
Another advantage of the H2SZERO technology
is the ease of contact tower cleanout. Because
of the patented H2SZERO technology, H2SZERO
fluidizes for the most efficient clean out process
available, which minimizes labor expenditures.
WATCH OUR CLEAN OUT VIDEO
h2szero.com
The disposal of the H2SZERO material is non-hazardous and passes TCLP testing. This means that spent H2SZERO
media can be placed in a landfill and also does not require special handling or permits for delivery or installation. The
customer is able to capture these cost savings reflected in their operational costs.
Once the contact tower is ready for new H2SZERO and a new foam pad, a crane truck will lift the super sacks from the
ground to the top of the contact tower. There, a roustabout will open the funnel at the bottom of the sack, enabling
H2SZERO to flow effortlessly into the contact tower.
4. Perhaps the most exciting strategic advantage of the H2SZERO technology
is the unparalleled performance results achievable with H2SZERO:
1. Longer run times – H2SZERO has been proven to perform, up to 3-5
times longer than any other competitive solid H2S scavenger material under
ideal circumstances. This means more gas sold, and fewer contact tower
clean out events.
2. 0 ppm – H2SZERO lasts longer, and removes 100% sulfides (0 ppm
outlet gas) for the vast majority of its run time.
unparalleled performance
These two performance traits revolutionize production and financial models.
0 ppm outlet gas for 3- 5 times longer performance:
• Allows for blending of gas streams for economies of scale.
• Results in lowest cost per treated mcf.
• Allows liquid (Triazine) scavenger users to convert to the simplicity of a
solid scavenging system.
• Allows producers to capture higher efficiencies for existing infrastruc-
ture.
• Allows reallocation of unused assets to other locations, reducing the
need to acquire additional new assets and infrastructure.
H2SZERO is the most cost effective H2S scavenger on the market today. H2SZERO’s patented technology allows producers
to experience H2SZERO ’s strategic advantages for themselves, such as:
• Ease of use; efficient contact tower clean out.
• Non-hazardous at every step; no special handling or permits required.
• Run times; up to 3-5 times longer vs. competitors under ideal circumstances.
• 0 ppm outlet gas.
These attributes allow the producer to capture increased efficiencies and economies of scale. Perhaps the most important at-
tribute is that H2SZERO delivers the lowest cost per treated mcf, offering greater profitability to the producer.
conclusion
CalTech Global, LLC was founded in 2005 as a research and
development firm conducting research on techniques to en-
hance H2S abatement through improved methodologies and
approaches. Today that research has proven quite success-
ful with national installations of H2SZERO , both onshore and
offshore.
CalTech Global, LLC is a “customer centric” based firm,
where partnering with the customer to help solve customers’
problems is CalTech Global’s foremost concern. Because
of CalTech Global’s vast and robust industry knowledge and
expertise, creative problem solving is a core competency that
is foundational to CalTech Global, LLC. It is this core compe-
tency, along with others, that make customer collaboration a
fundamental element of the CalTech Global customer experi-
about caltech global
WWW.H2SZERO.COM