| White Paper: Is Your ERP System Built For Your Industry? It Makes A Difference |
This white paper discuss the manufacturing element of enterprise resource planning
(ERP). Most ERP solutions target either the process or discrete sector, and a few, like Microsoft Dynamics AX,
straddle both. By Fullscope
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05/22/2009 |
808.8 KB |
| Brochure: Arizona Instrument General Lab Services |
At Arizona Instrument LLC the testing lab is kept busy, very busy. Arizona Instrument LLC is the manufacturer of the Computrac® line of moisture analyzers. These instruments are the leaders in easy to use moisture/solids/ash analysis and are utilized in a variety of different industries. |
05/13/2009 |
87.9 KB |
| Article: Pre-Krete Controls Corrosion In Power Generating Infrastructure Of Pulp & Paper Mills |
Pulp & paper mills consume substantial amounts of energy in the form of electricity and steam.
This demand exceeds 12% of the total US manufacturing energy. In many cases, it is cost
effective for a mill to incorporate its own power generating station. By Pocono Fabricators
|
04/27/2009 |
118.5 KB |
| Application Note: Moisture Analysis For Paper Production |
When manufacturing paper and paper products moisture content is a
crucial component of the final product. Moisture helps bind the fibers
together; too little moisture will result in poor structural integrity, but if you
have too much moisture, your paper will become wavy and be prone to
discoloration. By Arizona Instrument LLC
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04/24/2009 |
38.2 KB |
| Article: Pre-Krete Conquers Corrosion In Causticizer Tanks |
Kraft Pulp Mills utilize a closed loop chemical process to produce pulp from wood chips. One component of the process is green liquor, a combination of recovery boiler smelt and weak wash (dilute white liquor). |
04/02/2009 |
78.3 KB |
| Case Study: Anaerobic Wastewater Treatment For The Pulp And Paper Industry |
Xinxiang Xinya Group Co. Ltd. is located in Xinxiang Henan Pepoles Republic of Chine and is one of Chine's new pulp producer. The mill has applied Andritz's APMP process to produce pulp with a capacity of 300 ADMT/day from Aspen wood. Biothane has been awarded the contract for the anaerobic Biobed® EGSB technology whicvh curently has become standard for pulp and paper industry worldwide. By Veolia Water Solutions & Technologies |
04/02/2009 |
799.3 KB |
| Brochure: Jerome 860 Hydrogen Sulfide Monitor |
The Jerome 860 hydrogen sulfide monitor is designed to continually monitor and record hydrogen sulfide concentrations in remote locations. The instrument provides automatic, unattended, long-term monitoring of hydrogen sulfide gases in contained or hard to reach areas. The compact, battery powered monitor is portable, water resistant and intrinsically safe. |
01/30/2009 |
97.6 KB |
| DSI of Sodium Bicarbonate for SO2 Mitigation, developed and presented by Dr. Yougen Kong at Power-Gen 2008 |
Yougen's Power-Gen Presentation: DSI Of Sodium Bicarbonate For SO2 Mitigation |
01/28/2009 |
1.55 MB |
| Control Technologies Information |
Dry Sorbent Injection (DSI) is the injection of powdered materials into the flue gas duct to adsorb SO2, SO3 and
HCl gases. DSI can also reduce NOX to some extent. The sorbents are typically either sodium or calcium-based. |
01/27/2009 |
139.3 KB |
| Trona Application Guide |
SOLVAir Select 200 e ectively cleans ue gas by reacting with acid gases. Due
to its e ectiveness in removing SO3 which competes with Hg for adsorption sites,
as well as its high surface area after thermal decomposition, SOLVAir Select 200
has demonstrated good Hg removal e ciency. |
01/27/2009 |
587.7 KB |
| Trona Safety & Handling |
Solvay Chemicals, Inc. produces SOLVAir™ Select 200, a natural
sodium sesquicarbonate, at the Green River, Wyoming
processing facility. |
01/27/2009 |
206.4 KB |
| Datasheet: Select 200 Dry Sorbent Injection |
SOLVAir Select 200 Natural Sodium Sesquicarbonate is the
mineral trona, a natural form of sodium sesquicarbonate.
Mined and refi ned at Solvay Chemicals’ southwestern Wyoming
facility, SOLVAir Select 200 offers a high-assay, low-cost
alternative to other acid neutralizers. |
01/26/2009 |
228.0 KB |
| Brochure: Computrac® MAX® 4000 Moisture/Solids Analyzer |
The Computrac® MAX® 4000 moisture/solids analyzer provides the same reliability and ruggedness as the MAX® 2000XL, but with 25% faster throughput! |
01/05/2009 |
160.0 KB |
| Brochure: Computrac Vapor Pro Moisture Analyzer |
Computrac® Vapor Pro® Moisture Analyzer |
12/30/2008 |
121.0 KB |
| Brochure: Computrac Vapor Pro Rx Moisture Analyzer |
Computrac Vapor Pro Rx Moisture Analyzer designed to Test Lyophilized Materials. |
12/30/2008 |
152.9 KB |
| Brochure: Computrac Vapor Pro Fx Moisture Analyzer |
Computrac® Vapor Pro® Fx Moisture Analyzer testing Your Oils Will Never Be the Same |
12/30/2008 |
177.3 KB |
| Manual: Jerome 471 Mercury Vapor Analyzer |
The Jerome® 471 mercury vapor analyzer is capable of detecting accurately down to 0.030 µg/m3, utilizing the UV Atomic Absorption spectrometry method of mercury vapor assessment. Accuracies are maintained by means of an internal reference cell. Interferences common in other technologies are greatly reduced due to the absorption specificity of the mercury atom. |
12/30/2008 |
2.07 MB |
| Brochure: Jerome 471 Mercury Vapor Analyzer |
The Jerome® 471 mercury vapor analyzer is capable of detecting accurately down to 0.030 µg/m3, utilizing the UV Atomic Absorption spectrometry method of mercury vapor assessment. Accuracies are maintained by means of an internal reference cell. Interferences common in other technologies are greatly reduced due to the absorption specificity of the mercury atom. |
12/30/2008 |
167.9 KB |
| Brochure: Jerome J405 Portable Mercury Vapor Monitor |
The Jerome® J405 portable mercury vapor monitor is redefining the portable mercury vapor analyzer market. Significant performance enhancements and modern communications capabilities have been combined to create a new option for mercury spill detection and cleanup analysis. |
12/30/2008 |
141.8 KB |
| Manual: Jerome J405 Portable Mercury Vapor Monitor |
The Jerome® J405 portable mercury vapor monitor is redefining the portable mercury vapor analyzer market. Significant performance enhancements and modern communications capabilities have been combined to create a new option for mercury spill detection and cleanup analysis. |
12/30/2008 |
2.22 MB |
| Product Brochure: Computrac MAX 2000XL Moisture/Solids Analyzer |
Arizona Instrument is an ISO 9001:2000 registered
company that designs, manufactures, and markets the
complete line of Computrac® MAX® moisture
analyzers. The MAX® 2000XL, used in research and
development, quality control, and industrial process
control, measures moisture content as low as 0.005
percent in as few as 3 minutes. Durable and easy to
use, this analyzer is equally suitable for the
production floor or the laboratory. |
12/30/2008 |
164.7 KB |
| Datasheet: Computrac MAX 2000XL Moisture/Solids Analyzer |
Computrac® MAX® 2000XL,
Programmable High Performance Moisture Analyzer. |
12/30/2008 |
44.6 KB |
| Manual: Computrac MAX 2000XL Moisture/Solids Analyzer |
Computrac® MAX® 2000XL Moisture/Solids Analyzer Features, Optional bi-directional communication package for data storage and retrieval from PC and easy programming of multiple instruments.
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12/30/2008 |
1.52 MB |
| Brochure: Jerome 631 Hydrogen Sulfide Analyzer |
The Jerome® 631-X utilizes a patented gold film sensor. The instrument’s selectivity to hydrogen sulfide eliminates interferences from sulfur dioxide, carbon dioxide, carbon monoxide, and water vapors. When the sample button is pressed, an internal pump draws air into the instrument. Any hydrogen sulfide in the sample is absorbed by the sensor which registers a proportional change in electrical resistance. The hydrogen sulfide concentration is displayed on the LCD, where it remains until the next sample is taken. |
12/30/2008 |
182.5 KB |
| Manual: Jerome 631 Hydrogen Sulfide Analyzer |
The Jerome® 631-X utilizes a patented gold film sensor. The instrument’s selectivity to hydrogen sulfide eliminates interferences from sulfur dioxide, carbon dioxide, carbon monoxide, and water vapors. When the sample button is pressed, an internal pump draws air into the instrument. Any hydrogen sulfide in the sample is absorbed by the sensor which registers a proportional change in electrical resistance. The hydrogen sulfide concentration is displayed on the LCD, where it remains until the next sample is taken. |
12/30/2008 |
1.70 MB |
