Wednesday, September 28, 2016

Continuous Microbial Monitoring For Pharmaceutical Waters

continuous on-line microbial monitor for pharmaceutical waters
Monitoring process water microbial counts in the pharmaceutical industry has traditionally been a time consuming, hands-on operation. Sample preparation, plate counting, stains, reagents, and the time required to get results has kept microbial monitoring a cumbersome task that provides only snapshots of the process water quality at the time of sampling.

Mettler Toledo has introduced its Model 7000RMS, a continuous on-line microbial monitoring system for purified water and water for injection. The system uses advanced laser based technology to provide immediate detection and quantification of microorganisms. Particles as small as .52 microns can be detected, and the monitor uses recent advancements in spectroscopic technology to differentiate between microbial and inert particles.

The 7000RMS puts on-line analytics for microbial contamination on the same timeline as TOC and conductivity, with all three critical aspects now subject to real time measurement.

The white paper included below delivers a deeper and more detailed view of the technology and the how the system works. Detailed application and product information is available from product specialists.


Wednesday, September 21, 2016

Thermal Oxidation Applied For Emissions Control

smoke stack with pollution emission
Pollution control - Part of successful plant operation
Thermal oxidation is a process employed in a number of diverse industries as a means of pollution and emissions control. Essentially, the process uses heat to promote the breakdown of hazardous air pollutants and volatile organic compounds into less harmful byproducts. Many pollutants are hydrocarbon based and when properly processed will oxidize efficiently and provide an output consisting primarily of H2O and CO2.

The process employs a number of inputs, aside from the subject pollutant stream. A fuel input is needed to maintain the elevated temperature that will force oxidation of the pollutants. Being essentially a combustion operation, there are opportunities to boost efficiency and minimize the expenditure for the fuel inputs. Heat recovery is an essential element of achieving high efficiency levels. This can take many forms, depending upon what the energy needs of the facility might be. One option is a waste heat boiler to produce steam for other plant operations. There are many other options which will be discovered with a thorough review and analysis of the plant operations.

Process Combustion Corporation, a recognized manufacturer of oxidation technology, defines thermal oxidation, as it applies to pollution and emissions control, like this:
Thermal oxidation is the effective employment of a process that provides thorough mixing of an organic substance with sufficient oxygen, at a high enough temperature, for a sufficient time, to cause the organics to oxidize to the desired degree of completion.
Achieving effective utilization of a thermal oxidation system requires the application of experienced engineering talent. Share your emissions and pollution control requirements and challenges with specialists. Combining your knowledge of plant facilities and operation with their pollution control expertise will produce effective solutions.


Thursday, September 15, 2016

Automatic Sensor Cleaning Is Included on Disinfectant Analyzer

Fluid analyzer for Free Chlorine, Chlorine Dioxide, Ozone and Hydrogen Peroxide
The Krypton® Multi Analyzer Features
Automatic Sensor Cleaning
Kuntze Instruments
Keeping electrode type sensors clean is essential to maintaining accurate and reliable readings. The frequency of maintenance depends upon the application, but any reduction in the requirement to manually clean or replace sensors is certainly a positive development.

Kuntze Instruments developed a method of automatic cleaning for sensors employed on their Krypton® line of disinfectant analyzers.

  • Free Chlorine
  • Chlorine Dioxide
  • Ozone
  • Hydrogen Peroxide
The automatic sensor cleaning system is shown in action on the video below, and you can get more detailed information about the Krypton® disinfectant analyzers and the automatic sensor cleaning system from product specialists. Share your liquid and gas analysis requirements and challenges with application specialists, combining your process knowledge with their product application expertise to produce effective solutions.


Tuesday, September 6, 2016

Specific Gravity Analyzer for Fluid Process Applications

specific gravity analyzer for industrial process liquid
Speicifc Gravity Analyzer
Jogler 
Specific gravity is the ratio of the density of a substance to the density of a reference substance; equivalently, it is the ratio of the mass of a substance to the mass of a reference substance for the same given volume (Thank you, Wikipedia).  Often the reference substance for liquids is pure water at a temperature of +4°C, which is assigned a value of 1.0. The specific gravity measurement is used throughout many industries as a measure of concentration in a solution. An example would be the concentration of sugar in a solution of water and sugar. 

For purposes of process analysis, an instrument providing continuous measurement is generally advantageous since its operation accommodates the changing nature of the process. One device employs two tubes and a calibrated float to provide a continuous display of a liquid's specific gravity. Liquid from the process fluid sample line enters the bottom of the inner tube containing the float. A very small sample flow rate is needed. The float is calibrated for the subject process liquid and has a reference scale from which the specific gravity is manually read. The sample fluid overflows the inner tube, collecting in the outer tube where it is drained away. The continuous, though small, flow of sample liquid enables each reading to reflect the current process condition.

This simple and effective instrument provides accurate measurement and requires little maintenance. Share all your process fluid analysis challenges with application specialists. Combine your process knowledge with their product application expertise to develop the most effective solutions.


Thursday, September 1, 2016

Temperature and Humidity Transmitters for Industrial Applications

Vaisala enjoys global recognition as a premiere provider of best-in-class humidity and temperature transmitters for industrial process measurement. The video provided here gives an excellent overview of the company's HMT 330 Series with all of its variants for special applications.

Share your temperature and humidity measurement challenges with product specialists, combining your process knowledge with their product application expertise to develop effective solutions.


Wednesday, August 24, 2016

Innovative Tunable Diode Laser TDL Gas Analyzer

Mettler Toledo has developed the first compact TDL with an insertion probe form factor. The instrument requires only a single flange or insertion point in process piping. Several versions are available that accommodate a range of pipeline and media conditions. The video below tells the whole story. Detailed application information is available from product specialists.


Wednesday, August 17, 2016

Deliver Incremental Productivity Boost With Intelligent Sensor Management

Electrode sensors pH measurement
pH/ORP Probes
Mettler Toledo Ingold
It is almost a universal goal that we all must strive to increase productivity and efficiency. Whether factory floor, front office, warehouse, or any other facet of a business, saving time and delivering more output per unit of input is top of mind for business process operators.

Analytical measurement systems for chemical processing are included in the "business processes" mentioned above. Everything done for profit is a business process. Managing analytical instruments and systems for a fluid based process can be time consuming, as well as a significant cost center. There are modern instruments and components that can improve the effectiveness of analytical processes, reducing the recurring financial and manpower expense while improving the reliability and performance of the process.

Mettler Toledo, under their Ingold brand of analytical instruments, has developed their Intelligent Sensor Management (ISM) system to boost product quality and yield, while simultaneously reducing operating costs. The system makes optimum use of digital technology to bring some real user benefits.

  • More precise measurement signal
  • Advanced sensor diagnostics
  • Predictive maintenance functions
  • Rapid sensor change out
The white paper included below provides a clear overview of all that the ISM delivers and how it will save time and expense. Share your analytical challenges with a product specialist and combine your process expertise with their product application knowledge to produce effective solutions.