products and services 2005 cat
DESCRIPTION
Chemical Reactors CatalogTRANSCRIPT
Please Contact TGraphic 10055 Park Meadows Drive, Suite 55009 Lone Tree, Colorado 80124 USA Phone: 7209811622, Fax: 7209818035, Web: www.tgraphic.com Email: sales@tgraphic.com
Products and Services 2005
Products and Services 2005
Please Contact TGraphic 10055 Park Meadows Drive, Suite 55009 Lone Tree, Colorado 80124 USA Phone: 7209811622, Fax: 7209818035, Web: www.tgraphic.com Email: sales@tgraphic.com
About Us
TGraphic, started in Denver Colorado in 2000. TGraphic is a privately owned limited liability corpo ration that designs, builds, implements, and services chemical fluid reactors and chemical reactive processes.
Design, Engineering, Manage and Build We create the tools our clients need to increase profit. TGraphic uses diversity and experience in conjunction with the principles of sound engineering to produce the right reactor for our client’s needs. But a better designed tool is only the first step towards greater profitability. TGraphic has 24 hour technical support and custom maintanance options to ensure that installed reactors and systems will continue to run smoothly and profitably. For analysis of needs, design, implementation, and service; TGraphic is the answer.
Biochemical Processes When chemicals must meet biological requirements, TGraphic LLC can help. TGraphic special izes in processes that drive higher yields for chiral compounds.
Petrochemical Processes In the petrolchemical field, Tgraphic uses proprietary technologies to create “best of breed” equip ment and systems. In the field replacement parts and servicing are always an option.
Specialty Chemical Reactors TGraphic’s flagship product. These reactor systems solve fluid chemical challenges through the use of process intensification and Molecular Manipulation Technology (MMT TM ).
Ionization This process can be achieved with unparalleled efficiency through a TGraphic reactor using electrostatic, ultrasonic, electrodynamic, and other sophisticated energies to create custom ionic fluids or gases.
MMT TM is a molecular manipulation process that allows you to control up to 90% of fundamental chemical reaction variables in a single reactor system.
Our Technology
TGraphic is the exclusive manufacturer of the MMT TM chemical reactor technology. Reactors built using MMT TM are the most versatile and efficient chemical reactors ever conceived. Understanding the basics of the reactor is critical to understanding why TGraphic is the only choice for advanced solutions to chemical processes.
The typical reactor. While it is impossible to give an example of every potential reactor and every needed circumstance for a controlled chemical reaction in industry, all reactors have common traits. A typical reactor is designed to control a reaction through the application of energy and information.
In some cases, this “control” is towards speeding or intensifying a reaction. An analogy of this is cooking food on a stove. A heated pot adds thermal energy to food to cause a change: cooking. In other cases, a reactor may be designed to slow a reaction. An example of this is a refrigerator, which uses energy to remove heat and slow the process of bacterial decay of foods.
In every industry, there is a reactor at work. Most reactors only control one or two energies in a single vessel. With only one or two forms of energy under control, the other energies are, by definition, out of control. The result is inefficiency and wasted expense; this is the normal paradigm in most industries.
Sometimes the cost of achieving increased efficiency in process and reactions is not worth the benefits (the reactions are simple, require little energy, and use inexpensive or readily available components). For many industries, the cost of total control is worth the benefit, but there is no easy or reliable method to achieve control. MMT TM is ripe for these industries because the MMT TM allows for total control of a chemical reaction.
Reactors built using MMT TM are the most versatile and efficient chemical reactors ever conceived.
Engineering In Solutions
Chemical Reaction In A Solution.
Please Contact TGraphic 10055 Park Meadows Drive, Suite 55009 Lone Tree, Colorado 80124 USA Phone: 7209811622, Fax: 7209818035, Web: www.tgraphic.com Email: sales@tgraphic.com
Our Technology
Thermodynamic Process Flow Dynamics
Electro Magnetic
Electro Static
Sonic
Other
Mechanical Dynamics
Photonic
The energies that an MMT TM Molecular Manipulation Reactor can control. “It’s about energy and information”
Our Technology
The MMT TM is a proprietary and revolutionary chemical reactor design that uses “functional fluid” to accelerate chemical reactions. Functional fluid is energetically activated water containing dissolved salts and gases that has enhanced or reduced solvation, surfactant and transport properties. A MMT TM reactor can be engineered to employ a technology known as process intensification to create and utilize nearly any conceivable functional fluid to accelerate and enhance nearly any chemical reaction.
How MMT TM does this. The key to the reactor is the effective use of water. The unique characteristics of water make it the ideal fluid for enhancing chemical reactions. Water can be induced to arrange in order or disorder through the application of various energies. MMT TM manipulates water within a solution with energy to enhance chemical reactions within the solution.
Why is this revolutionary? While simple functional fluid reactors are a reality in foreign industries, nothing else in the world uses water as a catalysis with as much control as the MMT TM reactor. Nothing else in the world is ca pable of controlling the energies of a reaction as completely as aMMT TM reactor.
Nothing else in the world will produce a chemical reaction as quickly, efficiently, and with as much control as a reactor that employs MMT TM .
What MMT TM does.
Engineering In Solutions
Please Contact TGraphic 10055 Park Meadows Drive, Suite 55009 Lone Tree, Colorado 80124 USA Phone: 7209811622, Fax: 7209818035, Web: www.tgraphic.com Email: sales@tgraphic.com
Our Products
F Series Chemical Reactors
Our workhorse fluid reactor designed for high volume production. The fluids are directly acti vated by Electrostatic energy. Applications in clude: processing water treatment, pharmaceuti cals, agricultural, amino acid production, pesti cides, biocides, waste treatment, etc.
The system is available in PTFE, Ertalyte and ceramic versions for sonochemistry. Power sup plies are custom built to your requirements. The cells are stackable reducing space requirements. Custom designed membranes can be used with a quick change screwclamping system built into the reactor for faster maintainance and less down time.
The FSeries is the costeffective reac tor in custom fluid separations, reactive chemistry, pH, and ORP modified solu tions.
PTFE or Ceramic
Custom Power Supply
Quick Installation
Flexible Arrangements
Scalable
MODEL F10 Lab F200 F400 F600 Manufacturer: TG TG TG TG
Industrial Lab Industrial Industrial Industrial
Australia: 220V 50 Australia: 220V 50 Australia: 220V 50 Australia: 220V 50 U.S.A: 120V U.S.A: 120V U.S.A: 120V U.S.A: 220/440V Japan: 100V Japan: 100V Japan: 100V Japan: 220V U.K.: 220V U.K.: 220V U.K.: 220V U.K.: 220V W: 12" W: 20" W: 20" W: 30" D: 14" D: 20" D: 24" D: 24" H: 18" H: 24" H: 24" H: 36"
Weight: 38 Lbs 75 Lbs 98 Lbs 128 Lbs
Pow er Consumption: Max 100 Watts at f ull electrolysis
Max 200 Watts at full electrolysis
Max 2400 Watts at full electrolysis
Max 4800 Watts at f ull electrolys is
Water: Water Pressure > 1.5Kg/cm2
Water Pressure > 1.5Kg/cm2
Water Pressure > 1.5Kg/cm2
Water Pressure > 2Kg/cm2
Titanium / Platinum Electrodes
Titanium / Platinum Electrodes
Titanium / Platinum Electrodes
Glass Coated Titanium / Platinum Electrodes
Polymer Membrane Polymer Membrane Polymer Membrane Impregnated Polymer Membrane
Electrode Cleaning Process:
Automatic Automatic Automatic Automatic
4,000 Hours w ith TDS level of 30 100
3,000 Hours w ith TDS level of 30 100
3,000 Hours w ith TDS level of 30 100
3,000 Hours w ith TDS level of 30 100
3,000 Hours w ith TDS level of 100 250
2,000 Hours w ith TDS level of 100 250
2,000 Hours w ith TDS level of 100 250
2,000 Hours w ith TDS level of 100 250
Saline Electrolyte Solution:
020% Sodium or Potassium Chloride concentration saline
020% Sodium or Potassium Chloride concentration saline
020% Sodium or Potassium Chloride concentration saline
020% Sodium or Potassium Chloride concentration saline
Acidic side: 0.5 lpm low pH, Acidic s ide: 3.5 5.0 lpm
low pH, Acidic s ide: 4.0 6.0 lpm
low pH, Acidic s ide: 6.0 12.0 lpm
A lkaline s ide: 0.5 lpm high pH, A lkaline s ide: 3.5 5.0 lpm
high pH, A lkaline s ide: 4.0 6.0 lpm
high pH, A lkaline s ide: 6.0 12.0 lpm
Anolyte: 3.0 6.5 low pH, Anolyte: 2.3 2.9
low pH, Anolyte: 2.3 2.9
low pH, Anolyte: 2.3 2.9
Catholyte: 7.5 – 10.0 high pH, Catholyte: 10.0 12.0
high pH, Catholyte: 10.0 12.0
high pH, Catholyte: 10.0 12.0
150,000 litres Product Warranty: One Year One Year One Year One Year
Electronics: Analog Controlled Microprocessor
Controlled PLC Controlled PLC Controlled
Data Acquis ition available upgrade available upgrade available upgrade Standard a) Very reasonable pric ing
Accessories Provided:
Accessories Provided:
Accessories Provided:
b) Good perf ormance based on good engineering
3 metre acidic delivery hose, 3 metre alkaline delivery hose, 2 metre w ater input hose, instruction manual, sodium measuring cup, pump unit for cleaning
3 metre ac idic delivery hose, 3 metre alkaline delivery hose, 2 metre w ater input hose, instruction manual, sodium measuring cup, pump unit for, Programming Manual c leaning
3 metre ac idic delivery hose, 3 metre alkaline delivery hose, 2 metre w ater input hose, instruction manual, sodium measuring cup, pump unit for c leaning, Tool set, Programming Manual
PRICE: $10,500.00 USD $53,000.00 USD $62,200.00 USD $110,050.00 USD
Type:
Rated Voltage: ~
Dimensions:
Electrolysis Chamber:
Electrode Life:
Production volume:
pH range Produced:
Filter Life: Variable w ith TDS
levels greater than 100 Variable w ith TDS
levels greater than 100 Engineered to suit your
application
Why is this a recommended unit?
Please Contact TGraphic 10055 Park Meadows Drive, Suite 55009 Lone Tree, Colorado 80124 USA Phone: 7209811622, Fax: 7209818035, Web: www.tgraphic.com Email: sales@tgraphic.com
Our Products
T Series Chemical Reactors
This ultimate purpose reactor provides the most advanced capabilities of any MMT TM reactor. Fluids are directly and indirectly activated by up to seven sources of energy.
Applications include; processing neutriceuticals, pharmaceuticals, polymers, ionic solutions, amino acids, hydrocarbon production, hydrolysis and surrogate chemistry to include inducing liquid mimicry for accelerated chemical processing.
The system is available in PTFE, CPVC, Ertalyte, Teflon or ceramic composite reactors with customized controls and power supplies to your requirements. The TSeries reactors are scalable for optimal efficiency. Reaction chambers are specially designed to meet your specifications.
Teflon or Ceramic
Custom Power Supply
Fully Automated
Dramatic Results
Scalable Size
MODEL T50 Lab T100 Research T250 T600 TRx Manufacturer: TG TG TG TG TG
Commercial Commercial Industrial Industrial Industrial
Australia: 220V 50 Australia: 220V 50 Australia: 220V 50 Australia: 220V 50 Australia: 220V 50 U.S.A: 120V U.S.A: 120V U.S.A: 120V U.S.A: 120V U.S.A: 120V Japan: 100V Japan: 100V Japan: 100V Japan: 100V Japan: 100V U.K.: 220V U.K.: 220V U.K.: 220V U.K.: 220V U.K.: 220V W: 12" W: 20" W: 20" W: 30" W: 14" D: 14" D: 18" D: 20" D: 24" D: 20" H: 18" H: 24" H: 24" H: 30" H: 18"
Weight: 18 Lbs 37 Lbs 48 Lbs 98 Lbs 8 Lbs
Power Consumption: Max 400 Watts at full electrolysis
Max 1200 Watts at full electrolysis
Max 2400 Watts at full electrolysis
Max 500 Watts at full electrolysis
Water: Water Pressure >
1.5Kg/cm2 Water Pressure >
1.5Kg/cm2 Water Pressure >
1.5Kg/cm2 Water Pressure >
2Kg/cm2 Water Pressure >
3Kg/cm2 Platinum Electrodes Platinum Electrodes Platinum Electrodes Platinum Electrodes Glass Coated Platinum
Electrodes Polymer Membrane Polymer Membrane Polymer Membrane Impregnated Polymer
Membrane Impregnated Polymer
Membrane Electrode Cleaning Process:
Automatic Automatic Automatic Automatic Automatic
4,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 30 100
5,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 100 250
2,000 Hours with TDS level of 100 250
2,000 Hours with TDS level of 100 250
2,000 Hours with TDS level of 100 250
2,000 Hours with TDS level of 100 250
Saline Electrolyte Solution:
020% Sodium or Potassium Chloride concentration saline
020% Sodium or Potassium Chloride concentration saline
020% Sodium or Potassium Chloride concentration saline
020% Sodium or Potassium Chloride concentration saline
020% Sodium or Potassium Chloride concentration saline
Acidic Water: 0.25 lpm low pH, Acidic side: 2.5 4.0 lpm
low pH, Acidic side: 4.0 7.0 lpm
low pH, Acidic side: 7.0 10.0 lpm
low pH, Acidic side: 0.5 1.0 lpm
Alkaline: 0.25 lpm high pH, Alkaline side: 2.5 4.0 lpm
high pH, Alkaline side: 4.0 7.0 lpm
high pH, Alkaline side: 7.0 10.0 lpm
high pH, Alkaline side: 0.5 1.0 lpm
Anolyte: 5.0 6.5 low pH, Anolyte: 2.3 2.9
low pH, Anolyte: 2.3 2.9
low pH, Anolyte: 2.3 2.9
low pH, Anolyte: 2.3 2.10
Catholyte: 9.0 – 10.0 high pH, Catholyte: 10.0 12.0
high pH, Catholyte: 10.0 12.0
high pH, Catholyte: 10.0 12.0
high pH, Catholyte: 10.0 12.1
150,000 liters Product Warranty: One Year One Year One Year One Year One Year
Electronics: Microprocessor Controlled
Microprocessor Controlled
PLC Controlled PLC Controlled PLC Controlled
Data Acquisition available upgrade available upgrade available upgrade available upgrade Standard a) Very reasonable pricing
Accessories Provided: Accessories Provided: Accessories Provided: Accessories Provided:
b) Good performance based on good engineering
3 metre acidic delivery hose, 3 metre alkaline delivery hose, 2 metre water input hose, instruction manual, Salt measuring cup, pump unit for cleaning
3 metre acidic delivery hose, 3 metre alkaline delivery hose, 2 metre water input hose, instruction manual, measuring cup, pump unit for, Programming Manual cleaning
3 metre acidic delivery hose, 3 metre alkaline delivery hose, 2 metre water input hose, instruction manual, salt measuring cup, pump unit for cleaning, Tool set, Programming Manual
3 metre acidic delivery hose, 3 metre alkaline delivery hose, 2 metre water input hose, instruction manual, salt measuring cup, pump unit for cleaning, Tool set, Programming Manual
CIP, FDA materials
PRICE: $10,500.00 USD $42,000.00 USD $62,300.00 USD $71,750.00 USD $70,000.00 USD
Additional Information
Variable with TDS levels greater than 100
TDS
Variable with TDS levels greater than 100
TDS
Engineered to suit your application
Engineered to suit your application
Electrode Life:
Production volume:
pH range Produced:
Filter Life:
Type:
Rated Voltage: ~
Dimensions:
Electrolysis Chamber:
Please Contact TGraphic 10055 Park Meadows Drive, Suite 55009 Lone Tree, Colorado 80124 USA Phone: 7209811622, Fax: 7209818035, Web: www.tgraphic.com Email: sales@tgraphic.com
Our Products
M Series
An economical Dynamic Fluid Reactor that is perfect for laboratory use in design and testing of fluids for energy activation. This powerful devel opment tool can assist the researcher or scientist in the determination of the fundamental and ex panded energies required for electrolysis, electro dialysis, sonodialysis or mineral doping re sponse.
The M Series is available in Teflon clean in place biosafe versions and in Cercav TM ceramic cavity versions for sonochemistry. Power supplies are custom built to your requirements. As with the F Series Reactor, Custom designed membranes can be used with a quick change screwclamping system built into the reactor for faster maintainance and less down time.
The MSeries is proving to be the defactostan dard in custom fluid separations, pH, and ORP modified ionic solutions.
Teflon or Ceramic
Custom Power Supply
Quick Clamp Assembly
Flexible Arrangements
MODEL M26 M100 M200 M300 M400 Manufacturer: TG TG TG TG TG
Industrial Industrial Industrial Industrial Industrial
Australia: 220V 50 Australia: 220V 50 Australia: 220V 50 Australia: 220V 50 Australia: 220V 50 U.S.A: 120V U.S.A: 120V U.S.A: 120V U.S.A: 120V U.S.A: 220V Japan: 100V Japan: 100V Japan: 100V Japan: 100V Japan: 220V U.K.: 220V U.K.: 220V U.K.: 220V U.K.: 220V U.K.: 220V W: 12" W: 20" W: 20" W: 30" W: 30" D: 14" D: 18" D: 20" D: 24" D: 24" H: 18" H: 24" H: 24" H: 30" H: 36"
Weight: 18 Lbs 37 Lbs 48 Lbs 98 Lbs 98 Lbs
Power Consumption: Max 100 Watts at full electrolysis
Max 200 Watts at full electrolysis
Max 2400 Watts at full electrolysis
Max 3000 Watts at full electrolysis
Max 4800 Watts at full electrolysis
Water: Water Pressure >
1.5Kg/cm2 Water Pressure >
1.5Kg/cm2 Water Pressure >
1.5Kg/cm2 Water Pressure >
2Kg/cm2 Water Pressure >
2Kg/cm2 Titanium Electrodes Titanium or
Platimun/Niobium Electrodes
Titanium Electrodes Glass Coated Titanium Electrodes
Glass Coated Titanium Electrodes
Polymer Membrane Polymer Membrane Polymer Membrane Engineered membrane Engineered membrane
Electrode Cleaning Process:
Automatic Automatic Automatic Automatic Automatic
4,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 100 250
2,000 Hours with TDS level of 100 250
2,000 Hours with TDS level of 100 250
2,000 Hours with TDS level of 100 250
2,000 Hours with TDS level of 100 250
Saline Electrolyte Solution:
020% Sodium or Potassium Chloride concentration saline
020% Sodium or Potassium Chloride concentration saline
020% Sodium or Potassium Chloride concentration saline
020% Sodium or Potassium Chloride concentration saline
020% Sodium or Potassium Chloride concentration saline
Acidic Water: 0.25 lpm low pH, Acidic side: 2.0 4.0 lpm
low pH, Acidic side: 6.0 9.0 lpm
low pH, Acidic side: 10.0 12.0 lpm
low pH, Acidic side: 12.0 16.0 lpm
Alkaline: 0.25 lpm high pH, Alkaline side: 2.0 4.0 lpm
high pH, Alkaline side: 6.0 9.0 lpm
high pH, Alkaline side: 10.0 12.0 lpm
high pH, Alkaline side: 12 16 lpm
Anolyte: 5.0 6.5 low pH, Anolyte: 2.3 2.9
low pH, Anolyte: 2.3 2.9
low pH, Anolyte: 2.3 2.9
low pH, Anolyte: 2.3 2.10
Catholyte: 9.0 – 10.0 high pH, Catholyte: 10.0 12.0
high pH, Catholyte: 10.0 12.0
high pH, Catholyte: 10.0 12.0
high pH, Catholyte: 10.0 12.1
150,000 litres Product Warranty: One Year One Year One Year One Year One Year
Electronics: Microprocessor Controlled
Microprocessor Controlled
PLC Controlled PLC Controlled PLC Controlled
Data Acquisition available upgrade available upgrade available upgrade available upgrade available upgrade a) Very reasonable pricing
Accessories Provided: Accessories Provided: Accessories Provided: Accessories Provided:
b) Good performance based on good engineering
3 metre acidic delivery hose, 3 metre alkaline delivery hose, 2 metre water input hose, instruction manual, salt measuring cup, pump unit for cleaning
3 metre acidic delivery hose, 3 metre alkaline delivery hose, 2 metre water input hose, instruction manual, salt measuring cup, pump unit for, Programming Manual cleaning
3 metre acidic delivery hose, 3 metre alkaline delivery hose, 2 metre water input hose, instruction manual, salt measuring cup, pump unit for cleaning, Tool set, Programming Manual
3 metre acidic delivery hose, 3 metre alkaline delivery hose, 2 metre water input hose, instruction manual, salt measuring cup, pump unit for cleaning, Tool set, Programming Manual
PRICE: $10,500.00 USD $42,000.00 USD $62,300.00 USD $71,750.00 USD $71,750.00 USD
Additional Information
Variable with TDS levels greater than 100
TDS
Variable with TDS levels greater than 100
TDS
Engineered to suit your application
Engineered to suit your application
Electrode Life:
Production volume:
pH range Produced:
Filter Life:
Type:
Rated Voltage: ~
Dimensions:
Electrolysis Chamber:
Please Contact TGraphic 10055 Park Meadows Drive, Suite 55009 Lone Tree, Colorado 80124 USA Phone: 7209811622, Fax: 7209818035, Web: www.tgraphic.com Email: sales@tgraphic.com
Our Products
D Series Chemical Reactors
A rugged Dynamic Fluid Reactor perfect for use with highly reactive substances. The D Series can be programmed to directly activate fluids through photon, plasma, or electromagnetic energy. In addition, electrostatic energy may be imparted indirectly. This specialized reactor provides the advanced energies required for dipolar orientation, fuel conversions, or mineral doping response.
The system is available in Lexan, Teflon, PTFE, Ertalyte, glass, and ceramic versions for sono chemistry. Power supplies are custom built to your requirements. Designed as a flow through or batch reactor, the DSeries can be used with mul tiple reagent injections for specialized reactions. This feature allows rapid titrations/separations and secondary processing in the same vessel.
The DSeries is the preferred choice in custom fluid separations, pH, and ORP modified solutions.
Polymer, Ceramic, Glass
Continuous or Batch
Reagent Injection
Gas/Liquid Separation
Scalable Size
MODEL D10 Lab D200 D400 D600 Manufacturer: TG TG TG TG
Industrial Industrial Industrial Industrial
Australia: 220V 50 Australia: 220V 50 Australia: 220V 50 Australia: 220V 50 U.S.A: 120V U.S.A: 120V U.S.A: 120V U.S.A: 120V Japan: 100V Japan: 100V Japan: 100V Japan: 100V U.K.: 220V U.K.: 220V U.K.: 220V U.K.: 220V W: 12" W: 20" W: 20" W: 30" D: 20" D: 24" D: 30" D: 36" H: 14" H: 18" H: 20" H: 24"
Weight: 18 Lbs 37 Lbs 48 Lbs 98 Lbs
Power Consumption: Max. 160 Watts Max. 200 Watts at full
electrolysis Max. 800 Watts at full electrolysis
Max. 2000 Watts at full electrolysis
Water: Water Pressure >
1.5Kg/cm2 Water Pressure >
1.5Kg/cm2 Water Pressure >
1.5Kg/cm2 Water Pressure >
2Kg/cm2 Titanium Electrodes Titanium Electrodes Titanium Electrodes Glass Coated Titanium
Electrodes Polymer Membrane Polymer Membrane Polymer Membrane Impregnated Polymer
Membrane
Electrode Cleaning Process: Automatic Automatic Automatic Automatic
4,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 30 100
3,000 Hours with TDS level of 100 250
2,000 Hours with TDS level of 100 250
2,000 Hours with TDS level of 100 250
2,000 Hours with TDS level of 100 250
Saline Electrolyte Solution: 020% Sodium or Potasium Chloride concentration saline
020% Sodium or Potasium Chloride concentration saline
020% Sodium or Potasium Chloride concentration saline
020% Sodium or Potasium Chloride concentration saline
Acidic Water: 0.25 lpm low pH, Acidic side: 1.5 3.5 lpm
low pH, Acidic side: 2.0 4.0 lpm
low pH, Acidic side: 3.5 5.0 lpm
Alkaline: 0.25 lpm high pH, Alkaline side: 1.5 3.5 lpm
high pH, Alkaline side: 2.0 4.0 lpm
high pH, Alkaline side: 3.5 5.0 lpm
Anolyte: 5.0 6.5 low pH, Anolyte: 2.3 2.9 low pH, Anolyte: 2.3 2.9 low pH, Anolyte: 2.3 2.9
Catholyte: 9.0 – 10.0 high pH, Catholyte: 10.0 12.0
high pH, Catholyte: 10.0 12.0
high pH, Catholyte: 10.0 12.0
150,000 litres
Product Warranty: One Year One Year One Year One Year
Electronics: Microprocessor Controlled
Microprocessor Controlled PLC Controlled PLC Controlled
Data Acquisition available upgrade available upgrade available upgrade available upgrade a) Very reasonable pricing
Accessories Provided: Accessories Provided: Accessories Provided:
b) Good performance based on good engineering
3 metre acidic delivery hose, 3 metre alkaline delivery hose, 2 metre water input hose, instruction manual, sodium measuring cup, pump unit for cleaning
3 metre acidic delivery hose, 3 metre alkaline delivery hose, 2 metre water input hose, instruction manual, sodium measuring cup, pump unit for, Programming Manual cleaning
3 metre acidic delivery hose, 3 metre alkaline delivery hose, 2 metre water input hose, instruction manual, sodium measuring cup, pump unit for cleaning, Tool set, Programming Manual
c) Solid manufacturer with good performance history.
PRICE: $10,500.00 USD $42,000.00 USD $62,300.00 USD $71,750.00 USD
Variable with TDS levels greater than 100 TDS
Variable with TDS levels greater than 100 TDS
Engineered to suit your application
Aditional Information
Electrode Life:
Production volume:
pH range Produced:
Filter Life:
Type:
Rated Voltage: ~
Dimensions:
Electrolysis Chamber:
Please Contact TGraphic 10055 Park Meadows Drive, Suite 55009 Lone Tree, Colorado 80124 USA Phone: 7209811622, Fax: 7209818035, Web: www.tgraphic.com Email: sales@tgraphic.com
Our Team
Jack Matthews – President and Chief Executive Officer Mr. Matthews earned his B.S. in Ceramic Engineering through the honors tutorial college of Ohio State University; leaving there to work as an engineer to convert traditional factories to solid fuel. Later, Mr. Matthews joined CERIC S.A., an engineering concern for the ceramic, chemical and food industries. At CERIC S.A., he was employed as a project engineer and commissioning engineer. Later, Mr. Matthews was promoted to project manager whose responsibilities included design, fabrication, and realization of large manufacturing entities around the world.
Dave Fazzina Chief Operating Officer Mr. Fazzina holds a B.S. and M.S. from the Colorado School of Mines in Metallurgical and Materials Engineering. While at CSM, Mr. Fazzina contributed to research in Plasma synthesis, electroplating austenitic stainless steels, producing spinels from an alkoxide precursor, combustion synthesis, and inprocess reaction formed hardfacing materials. Mr. Fazzina currently drives TGraphic’s services in the industrial sector contributing to automation, Manufacturing Execution Systems, Human Ma chine Interface software, process and quality control.
Dr. Clyde Vollmers Vice President Marketing Dr. Vollmers earned his Ph.D. in 1980 at Michigan State University, his M.S. in 1970 at North Dakota State University and his B.S. in 1968 at North Dakota State University. His consulting work special izes in strategic business planning, strategic market planning, and marketing research. These services include plan development and assistance in implementing and evaluating alternatives.
Dr. Vollmers consults for a variety of firms including manufacturers, fabricators, food processors, food marketers, and service providers. Generally, his clients were small companies seeking ag gressive growth and range from less than a million dollars to $100,000,000 in annual sales. Some focus on domestic markets, while others are exploring international opportunities. Throughout, he has successfully developed strategic plans for hundreds of businesses and nonprofit organizations.
Our Team
Engineering In Solutions
Our Team
Kevin Tripplet Project Manager Kevin earned his AAS in Industrial Engineering Technology. He went on to supervise a wide variety of heavy earth moving equipment. He worked in tool and die, research and development where he designed bottlefilling machines. Next, he worked on compression moldings of automotive plastics as a QA/QC supervisor in SPC and in metrological techniques and methods, including Mitotoyo Coordinate Measuring System and AutoCAD 10, and as a member of ASQCA.
His responsibilities included personally certifying all checking fixtures, component cyclical testing and part SPC/ISIR for many vehicles and military projects. He took a field engineering position with Automation Control Services which handled Pentagon contracts to maintain the engine control systems aboard Military Sealift Vessels, as part of the Desert Storm operations. His current work in engineering manufacturing includes; failure analysis, process updating, equipment design, fabrica tion and repair and project management.
Jeff Brown – Petroleum division – Project Manager Dr. Brown is finishing a PhD in Geological Engineering (with a minor in Petroleum Engineering) from the Colorado School of Mines. Thesis title: “Upscaling Unsaturated Flow Model Parameters”. In 1993, Jeff graduated from the Colorado School of Mines with Bachelor’s of Science degrees in Engineering Physics and Mathematics & Computer Science, with a minor in Geological Engineering. During the last year, Jeff has cotaught Computer Aided Design & Drafting using AutoCAD at the Colorado School of Mines. For the last several years, Jeff has worked with a client to develop finite element models of brittle fracture, using FORTRAN, C, pearl and Mathematica.
Our Team