MLE GmbH (Germany) provide a flexible, automated analysis system, developed specifically for water and environmental analysis. It operates with a standard photometric determination method (ISO). The application of flow injection analysis (FIA) allows low reagent consumption, short analysis times and is suitable for large sample throughput (as a multi-channel system, shown in the picture) and also for smaller sample series (single channel system).
- 05 November 2012
An automated segmented flow analyser, the AA3 from SEAL Analytical (UK), is being used at BASF’s manufacturing facility at Ludwigshafen in Germany, to protect manufacturing equipment from corrosion or chemical attack from potential impurities in demineralised water, boiler feed water and steam condensate.
Roland Bruenn, who has been with BASF since 1986, is responsible for the analysis of process and environmental samples. He says “We take samples continuously, twenty four hours per day, and typically test 30 to 50 samples per day for silica, ammonium and iron. However, the AA3 has the facility to test hundreds of samples per day so we have the ability to increase the work rate if necessary. This work is extremely important for the protection of high value process equipment.”
- 02 November 2012
New data from Malvern Instruments (UK) demonstrate how rheological methods can be used to investigate the speed at which biopolymers, such as polylactic acid (PLA), whose low environmental impact is a defining feature, will biodegrade and compost within landfill. The results show how rheological measurements made in the laboratory provide information about the kinetics and thermodynamics of polymer breakdown, helping accelerate the development of products that meet defined biodegradability criteria. The work is presented in a recently recorded webinar entitled ‘Using rheology to assess the biodegradability and compostability of polylactic acid’ and is freely available for download from the Malvern website.
The use of PLA is growing as its cost and performance come closer to traditional petroleum-based commodity polymers. Produced from crops, PLA offers the advantage of lower environmental impact and biodegradability is a key element of this. The lifecycle analysis of PLA, in applications such as food packaging, relies on understanding the mechanisms of product degradation, post use, and most importantly, the factors that will accelerate it, or indeed slow it down.
- 01 November 2012
Accelerated Technology Laboratories, Inc. (USA), a premier supplier of Laboratory Data Management Solutions, will again be exhibiting in booth #105 at the Water Quality Technology Conference, November 4– 8, 2012, at the Sheraton Centre Toronto Hotel in Toronto, Ontario, Canada.
Accelerated Technology Laboratories (ATL) will be featuring their revolutionary Laboratory Enterprise Resource Planning (ERP) system, TITAN, which represents the next generation in Laboratory Information Management Solutions. TITAN leverages two decades of laboratory informatics expertise to define the new standard, offering a feature-rich user experience that simplifies and promotes automation and productivity through streamlined work processes.
- 31 October 2012
Environmental monitoring specialist, enitial (UK), has been selected as a preferred partner of the National Laboratory Service (NLS) to provide a comprehensive environmental sampling, monitoring and analysis service.
The framework of suppliers, which has been set up by NLS to help meet the demands of its growing commercial portfolio, includes four providers of sample and field based services, one of which is enitial.
Ivor Parry, business development director at enitial said: “enitial is always striving to provide a high quality service and has worked with the National Laboratory Service (NLS) previously to provide a sampling service that is second to none. Being chosen as a preferred partner is testament to the unrivalled level of sampling and field based services we offer.”
- 30 October 2012
Gasmet Technologies (Finland) have announced that their FTIR-based Continuous Emissions Monitoring System (CEMS) has received approval from TÜV, the international certification body, for the EN 15267-3 standard, which is more recent and more stringent than the existing German Type Approval and QAL1 certificate, EN14181. This means that the Gasmet CEMS is approved for additional calibration ranges and an increased H2O range up to 40%.
Highlighting the importance of this certificate, Gasmet’s Antti Heikkilä says “The ranges for CO, NO, SO2, H2O have been increased and this certificate demonstrates the low, fully compliant, measurement uncertainties that we can achieve. This is a good indicator of the high quality of the analyser, but it also offers practical advantages. For example, the low measurement uncertainties for N2O and CO2 (5% of measuring range or less) mean that the CEMS system can now be used to monitor Greenhouse gases for emissions trading in addition to measuring pollutants for compliance monitoring purposes.”
- 29 October 2012
Specific controllers and analysers are installed to perform a continuous emission monitoring (CEM) of chimney emissions, to detect the release of dangerous gases, or to analyse ambient air quality.
Gas analysis data from different locations can be wirelessly transmitted to a central location, eliminating the need for installing cables.
- 26 October 2012
Detcon’s (USA) rugged new CXT-Series wireless gas detection sensors are designed for use in heavy industrial environments and especially suitable for mobile applications. These “environmentally bulletproof” field devices include fully encapsulated sensor electronics housed in a stainless steel enclosure, thereby eliminating potential damage that may be caused from water ingress.
The CXT is equipped with one of two sensor technologies - electrochemical to monitor toxic gases, and infra-red for combustible hydrocarbons. Power is supplied by a rechargeable Smart Battery Pack or disposable battery options. When powered by the Smart Battery Pack, infra-red sensors can work continuously for more than six months, and indefinitely with accompanying solar panels.
- 25 October 2012
The findings of industry-wide research into gas detection in the workplace were recently announced, revealing a number of alarming gas safety concerns. The research demonstrated the lack of confidence in their current gas detection systems amongst the higher level within an organisation – only 32% of managers are very confident that the gas detectors in their workplace actually work. Additionally, despite the fact that frequency of gas detectors testing was ranked as the most important factor in ensuring workplace safety, only two in five managers believe that their gas detectors are not tested regularly enough. The research therefore reveals a lack of consistency regarding what constitutes a reliable gas detection set-up.
The research, carried out by third party researchers, was commissioned by the specialist electrochemical-sensor manufacturer Analytical Technology Inc (UK) in response to expressed concerns in the water/utility industry about methods of safe gas detection. A total of 100 people were interviewed working in six different industries, namely food and beverage manufacturing, pharmaceutical manufacturing, petrochemical, water/utility, metal plating/printed circuit board manufacturing and healthcare. Within these industries the employees interviewed were from a range of job titles at managerial level (plant and facility managers, project managers and health and safety managers) and at workforce level (factory/shop floor workers, engineers, machine operators, instrument technicians/engineers and service engineers).