Industrial Hazards Applications

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  • Category: Health & Safety ×

  • Subcategory: Industrial Hazards ×

XRF analysis for positive material identification

by Niton UK Limited     based in Woodmancott, Winchester, UNITED KINGDOM

Positive Material Identification, or PMI, is an integral part of process safety management in many industries including the petroleum refining and petrochemical. Whether the need is quality control, sorting of scrap material, or even failure analysis, materials testing to provide verification of metal alloy grade and composition is crucial to the success of many businesses.

Sound Instrumentation for Industrial Hygiene

by Norsonic AS     based in Lierskogen, NORWAY

Industrial hygiene is separated into two main applications - Noise at Work and Human Vibration. Norsonic has during the past year expanded the product portfolio to cover both applications. By close cooperation with our customers and health and safety research institutes we have designed a carefully balanced selection of measuring tools and application software that covers both the vibration and noise domain.

Specialty Cleaners and Lubricants for Healthcare Industry

by International Products Corporation     based in Burlington, NEW JERSEY (USA)

Our powerful, earth-friendly cleaners are available in a wide range of formulas to meet specific cleaning requirements.  Our cleaners are designed to quickly and effeciently remove blood, feces, urine, mucus, fat, sweat, tissue, and other biological debris.  Common uses include cleaning diagnostic and surgical instruments, life-support devices, hospital furnishings, and institutional linens.  For most applications a 0.5% - 2.0% solution is effective, and validation methods are available.

Water treatment chemicals for the refinery and petrochemical industry

by Kurita     based in Ludwigshafen, GERMANY

Highly complex processes in refinery and petrochemical plants demand the competent handling of operational facilities and products. Water and process treatment also have to meet these requirements in order to ensure plant and system safety. Kurita offers you precisely this security: with decades of experience, we advise and support you in the various fields of application. Take advantage of our know-how and our customer proximity.

Analysis of Methylimidazoles in Caramel Colored Carbonated Beverages

by Sigma-Aldrich Co., LLC     based in Bellefonte, PENNSYLVANIA (USA)

Caramel colorings are used as additives in a broad range of food and beverage products to impart a desired color, but have no nutritional or preservative function. Recently, the potential hazard to humans of ammonia- and ammonia-sulfite-process caramel colorings was raised, because they contain the by-product 4-methylimidazole, which is a potential carcinogen.1 The methylimidazole compounds are difficult to analyze due to their polar nature and low molecular weight. Traditional reversed phase techniques are unsuccessful in retaining these small polar compounds. Therefore, most HPLC methods utilize ion-exchange resins for analysis. Another common method involves GC analysis after the analytes first undergo a derivatization step. The purpose of the work shown in this article was to develop a simple and fast analytical method to determine the levels of 2-methylimidazole and 4-methylimidazole in caramel colored carbonated beverages.

Sustainable solutions for healthcare & life sciences industry

by thinkstep     based in Leinfelden-Echterdingen, GERMANY

Healthcare and life sciences are very dynamic sectors with growing markets and increasing competition. In this sector, efficient and sustainable performance means to look beyond the production and life cycle of products. Furthermore, the long lead time within research and development of new innovative products is of greater public interest than in other sectors.

Aerosol and particle technology for operational safety industries

by Palas GmbH     based in Karlsruhe, GERMANY

During the production, the conveyance and the filling of solid particles in the form of powders, bulk materials, granulates, pellets and many other shapes, dust is generated as a rule. This dust formation can lead to an impairment of the operational safety and the reliability of the production process, e. g. by means of inhalable dust fractions. The workplace hygiene can also be endangered, e. g. through dust accumulations.

AutoChem - Process Development and Scale-Up

by Mettler - Toledo Int. Inc     based in Greifensee, SWITZERLAND

Process Development in the chemical industry requires a profound and comprehensive knowledge of the processes involved and is governed by a triangular relationship between `Economy - Safety - Environment`.

Process Analytics - Chemical Processes

by Mettler - Toledo Int. Inc     based in Greifensee, SWITZERLAND

METTLER TOLEDO/INGOLD solutions cover a wide range of process conditions found in chemical processes. Our products master even most demanding chemical environments with high temperature and pressure - the industry proven design ensures high safety and reliability. Certificates as ATEX, FM, CSA, 3.1B are available with our products to comply with plant safety requirements. Our application solutions can be integrated into plant wide process control and asset management systems.

Industrial Weighing - Hazardous Area (Ex) Weighing

by Mettler - Toledo Int. Inc     based in Greifensee, SWITZERLAND

Explosive areas need special consideration, but performance should not be compromised. That’s why METTLER TOLEDO has built the most extensive range of hazardous area (Ex) products available from a range of compact, bench, floor, custom, load cells and vehicle scales up to 2000 tons. Many of our products comply with the new European ATEX directive for Group 2 and 3 devices, Factory Mutual, Canadian Standards as well as many country specific regulations.

Air sampling & monitoring systems for occupational health & safety industry

by HI-Q Environmental Products Company     based in San Diego, CALIFORNIA (USA)

HI-Q considers the responsibility for worker health and safety to be of paramount importance. This is a responsibility that requires good documentation of facts. Many studies are conducted to evaluate workplace health and safety conditions as they relate to workers exposure to radiation, chemicals, and biological hazards during the normal work day. HI-Qs wide line of air sampling equipment, systems and accessories are used in the monitoring then documentation of these workplaces.

Industrial Facilities

by EmiControls     based in Bolzano, ITALY

The dust generated at various times during the production and processing of materials in factories is often unpleasant and pollutes the environment. Such situations arise, for example, in steel production, when disposing of slag, in cement production or in the lumber industry. EmiControls products have the versatility and flexibility to be adapted to a wide and diverse range of situations, enabling measures to be taken that combat these sources of dust effectively and drastically reduce their levels inside and outside the plant.

Odour nuisance assessment for industrial facilities

by Cambridge Environmental Research Consultants (CERC)     based in Cambridge, UNITED KINGDOM

Assessment of odour impacts from industrial facilities is increasingly required for planning and IPPC/EPR permitting.

CERC carries out odour impact assessments to investigate odour nuisance complaints, to predict the likely impact of new and existing facilities, and to evaluate the impact and cost effectiveness of various odour control strategies.

In order to carry out a robust assessment of odour impact, whether to evaluate a proposed facility or get to grips with an odour nuisance problem, it is important to establish a clear link between the operation of the plant, the resulting emissions and the odour impact.

AutoChem - Process Safety

by Mettler - Toledo Int. Inc     based in Greifensee, SWITZERLAND

Detect Thermal Hazards Early and Design Safety Into The Chemical Process. We must ask ourselves: How much heat will be generated under normal conditions? How will a change in condition, controlled or uncontrolled, change the rate of heat generation? Can our process equipment handle removing the heated generated? Answering these questions with speed and accuracy is necessary to ensure safe and efficient design and scale-up of synthesis reactions.

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