30 Water/Wastewater New Carry Cases Released for Water Monitoring Market rose plastic (UK), one of the world leaders in plastic packaging, has released its innovative RoseCase Ergoline product for use in the water / soil monitoring market.
“We recognised the huge potential that RoseCase Ergoline had in the water industry, as it is ideal for ensuring that high value products arrive in perfect condition,” explains Craig North at rose plastic. “RoseCase Ergoline also provides really great product presentation and this is already starting to make a difference to water testing companies, for the packaging of water and soil testing kits. And, because customers are buying direct from the manufacturer, this just makes it so much more affordable.”
RoseCase Ergoline is an innovative plastic case with an attractive modern design and smooth corners, that is extremely robust and provides perfect presentation. Flexibility is paramount with the case, which is available in the options of slim, medium and large depths to suit specific customer requirements. Bespoke foam inserts are also available in a choice of different colours and which can be laser etched with corporate branding, to stunning effect. All RoseCase Ergoline products can be individually branded with full colour corporate logos to the front of the case, to complete their professional appeal.
rose plastic provides a complete plastic packaging solution, which includes the manufacture of standard and bespoke cases, personalisation with corporate branding and supply of products to meet customer needs. The company also manufactures a complete range of packaging, from small boxes to large postal tubes, all of which are available with corporate branding and in specific colour options. “It really is so simple,” explains Craig North. “All customers need to do is to choose their case from our large range, then select the type and colour of foam insert and whether they want branding included. The final step is to choose whether they want branding or labelling to the front of the case. When you see the impressive look of one of these cases, especially when fully branded, it just goes to show how important packaging is to enhancing relationships with customers.” Many within the water testing market are recognising that they can protect products in transit and convey a much more consistent and powerful branding message through the use of rose plastic bespoke packaging solutions.
Sludge Finder 2 reliably measures primary, secondary and tertiary interface levels in a variety of water treatment and process applications.
SLUDGE INTERFACE DETECTION
Remote monitoring – no need for site visit. Sophisticated ultrasonic echo processing gives tank profile, status and blanket level in up to two tanks simultaneously.
Allows you to streamline flow and pump control. Puts an end to guesswork and manual checks. Maintenance free – Viper is a sophisticated self cleaning under water sensor.
4-20mA output with optional radio modem and RS485 connection.
Reader Reply Card no 73
PepsiCo Uses Ion Chromatography Instruments for the Analysis of Contaminants in Water
Dionex (USA) is pleased to announce that PepsiCo International in Cork, Ireland uses the Dionex ion chromatography (IC) systems to test their bottled water and the treated and raw water used in their beverages for contaminants like bromate and oxyhalides as well as common anions and cations.
Contaminants in drinking water, whether they are environmental or produced by the process of disinfection, impact the quality of the water, a major concern for the beverage industry. PepsiCo’s use of Dionex Reagent-Free™ IC systems brings many benefits like ease of use, no eluent preparation (Just Add Water!), no reagent preparation, waste reduction, reproducibility, and low detection limits. Because the system is always on and always ready, analysis time is reduced for Pepsi. Another big benefit for Pepsi is having readily available EPA methods for the analysis of contaminants and ions.
In most countries, drinking water must be disinfected, to remove microorganisms and ensure it is safe to drink. However, reactions between disinfectants and organic matter in water can produce disinfection by-products (DBPs), such as bromate, oxyhalides, and haloacetic acids that are dangerous even at trace concentrations. Trace analysis of DBPs and contaminants can be difficult because of the high levels of matrix ions that are often found in water.
Reader Reply Card no 74
Pulsar Process Measurement Ltd., Malvern, Worcs WR14 1JJ UK Tel: +44 (0) 1684 891371 e:
info@pulsar-pm.com
www.pulsar-pm.com
Reader Reply Card no 75 New pHeasy® ARC Sensor Delivers Accuracy and Performance Feedback
Hamilton Company (USA) introduces the pHeasy ARC Sensor, an advanced-technology tool for accurate process pH measurement without recalibration. The pHeasy ARC sensor incorporates a unique ChekRef device that provides feedback on the accuracy of the pH measurement, delivers an alert when an electrode needs replacement, monitors chloride loss and detects reference poisons. Users can set inaccuracy limits for warnings and alarms based on the status of the sensor quality including glass resistance, reference resistance, and the CheckRef potential. As part of the new ARC Sensor family, pHeasy also features direct communication with the process logic controller (PLC) without transmitters, enabling fast delivery of the feedback measurements for timely adjustments through a 4-20 mA or digital signal.
With pHeasy ARC Sensors, one calibration at the start of the operation is sufficient; time- consuming recalibration is eliminated. The ongoing accuracy monitoring extends service intervals and increases the reliability of pH measurement.
"The pHeasy ARC sensors incorporate two unique technologies that deliver a quantum leap in sensor performance," commented Amber Ratcliff, product manager for Hamilton. "The ARC digital connection improves data integrity, productivity and product life."
Reader Reply Card no 76
Reader Reply Card no 77
IET
May/June 2010
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