Site managers up and down the country share many of the same concerns, and safety is one of the main ones. Unfortunately, and despite everyone’s best intentions, accidents can happen. A leak can inform you there was damaged equipment, and a spill can often be attributed to human error. Both leaks and spills can spread quickly and present immediate hazards for slips and falls. 

Measures to combat this can be put into two broad categories: prevention and remedy. Prevention is always the preferred option as it ensures safety, simultaneously saving you considerable time and expense. But even the best made plans can go awry and whether through accident, mistake or bad luck, you could have a liquid on your site presenting a risk. The most appropriate response is therefore to include both prevention and remedy in your plan, and there are three areas that warrant the most attention to keep your site safe.

A new mobile tool - SKF Bearing Assist app, simplifies the process of mounting and installing bearings and can be used by everyone in a maintenance organisation.

SKF has developed a new mobile app that simplifies the task of mounting and replacing bearings. SKF Bearing Assist app, developed together with customers, provides detailed mounting instructions for a comprehensive range of SKF bearings. It is suitable for use by all engineering and maintenance teams and will minimise the problems of incorrect mounting, reducing installation time and cost, and helping to extend the operating life of bearings.

But without appropriate maintenance bearings can also be one of the main causes of pump malfunction and unscheduled downtime. Joshua Banks, of AESSEAL, explains the importance of taking a proactive approach to bearing care to improve reliability and avoid unnecessary costs.

Bearings have a vital function in the efficient functioning of pumps but they are also one of the key causes of pump breakdown, leading to costly downtime for repairs and replacement. 

The turbocompressor has become a mainstay of modern water treatment technology, offering a mechanically simple design, reliability and good energy efficiency. Ideally suited for the production of large volumes of compressed air at relatively low pressure, they rely on bearings that can spin at high speeds with minimal resistance and for extended periods. Today, the market is dominated by two rival technologies: air foil bearings and active magnetic bearings. 

Edward Paro of Sulzer compares their strengths and weaknesses.

The rotor at the heart of a turbocompressor is powered by a high-speed electric motor, usually with no intermediate gearing. In operation, the motor shaft and rotor assembly spin at speeds of up to 50’000 rpm, and may operate continuously for extended periods between overhauls. Those conditions require a special type of bearing, and two approaches are commonly used in modern turbocompressor designs. 

However, Rittal has raised the bar with its new AX compact enclosure and KX small enclosure ranges.  Each are designed to offer customers both consistent data delivery and a myriad of other benefits, including a 30 percent reduction in assembly time, 30 percent more space for cables and no less than 30 new features.   

Simple Translation of Parts Lists 

The company is giving full support to users to help them make the switch to the new systems.

The British Compressed Air Society (BCAS) is offering a new training course for businesses and employees concerned about safe working practices during the Coronavirus pandemic.

Delivered via the society’s new online learning portal, the ‘Working safely during Covid-19’ course costs just £4.99 per delegate and details the Government guidance for maintaining a secure workplace, issued 18th May 2020.

High-pressure compressor manufacturer, Reavell, part of the Ingersoll Rand Group, has launched Boost, a plug-and-play range of four nitrogen boosters.

Designed for easy integration with any nitrogen generation system, the four models (H075, H110, H150 and H185) deliver up to 350 bar pressure outlet and flow rates up to 56 m3/hour on the H185 model.

On-site nitrogen generation has been gaining popularity over recent years, using existing compressors to convert air to guaranteed purity nitrogen. The process can save operators up to 90 per cent of the cost of bought-in gas with payback in less than two years for a company using liquid nitrogen, or as little as one year where gas cylinders are being used. 

Young Spirits, a Scottish spirit bottling business which has switched operations to produce much-needed hand sanitisers to fight the Covid-19 outbreak, has benefitted from a free loan offer from leading-edge compressor manufacturer, Vert Technologies. 

Vert’s offer of short-term compressors free of charge to manufacturing companies that need air for one or two production machines, is designed to help struggling Scottish businesses cope with the downturn.

i.safe MOBILE, a developer of mobile communication devices in the hazardous zone 1/21, has announced the IS930.1. The IS930.1 combines the indestructible robustness of an IP-certified tablet with ATEX and IECEx approvals for safe use in hazardous environments.

It can be used in the oil, petrochemical, pharmaceutical and food industries as well as in mining, public utilities, municipalities and energy suppliers, among others. The IS930.1 comes with an 8” large, capacitive and low-reflection screen made of RugDisplay glass with a maximum resolution of 1,920 x 1,200 pixels, which is easy to read even in direct sunlight.

NexSys^® ATEX batteries, available from EnerSys^®, allow materials handling vehicles to work safely in hazardous areas where there is an explosion risk. They conform to ATEX standards, which are compulsory and a legal requirement in Europe and NexSys^® batteries are also available world-wide certified in compliance with IECx standards. 

The new batteries, available in nearly all DIN sizes and capacities, offer significant advantages over both Valve Regulated Lead Acid (VRLA) gel and flooded lead-acid solutions. These advantages result from the Thin Plate Pure Lead (TPPL) technology used in the batteries’ construction. Accordingly, they offer outstanding Amp-hour (Ah) capacity.