News

Hart Doors has completed the installation of two Speedor Storms at the Middlewich, Cheshire, plant of British Salt adding to the range of Hart doors already on site.

The Speedor Storm is an external high-speed fabric door designed for frequent use in high traffic situations and where exceptional wind resistance is required up to class 5 as defined by DIN EN 12424, on larger openings up to 6m x 8m.

Brian Woodcock, Hart’s area sales manager, says a wide range of Hart’s doors have been installed at the plant over the years including two types of Speedors and several roller shutters and pedestrian doors.

“The latest Speedor Storms have stainless steel canopies and conduits to extend resistance to corrosion,” says Mr Woodcock. “The air is corrosive so the use of stainless steel gives the doors additional robustness.”

Established in 1969, British Salt has been manufacturing, storing and supplying salt for over five decades, from its state of the art plant in Middlewich, Cheshire. Now the premier supplier of salt within the UK, British Salt has been part of the Tata Chemicals Europe family since 2011.

www.hartdoors.com  

Wearables for industry rethought: The Pepperl+Fuchs brand ECOM Instruments, together with its cooperation partner Iristick, is introducing Visor-Ex® 01 smart glasses for industrial use in hazardous areas. The intelligent wearable combines high camera quality and reliable communication features in an ergonomic design for user’s utmost comfort – with a weight of just 180 g, making them the optimal solution for mobile workers for all tasks that require hands-free use as well as continuous communication. This can include many digital workflows like maintenance procedures under the guidance of a remote support expert, who can give instructions and guidance with precision seeing what is happening through the eyes of the technician. In addition, pick-by-vision is a common scenario especially in logistics.

The intrinsically safe smartphone ECOM Smart-Ex® 02 as a computing unit, combined with a pocket unit with replaceable battery for power supply, creates an intelligent ecosystem for a wide range of applications. The distribution of functions across the individual system components helps to minimise the weight of the headset unit – without sacrificing performance, connectivity or battery life. By connecting to the Smart-Ex® 02, users can continue to use their tried-and-tested smartphone for hazardous areas without restriction and benefit from all the advantages and security features and controls of the Android 11 operating system: the simple integration and use of apps via the smart glasses as well as the possibility of pushing out updates easily over-the-air.

A project to upgrade a harbour wall at Ireland’s premier fishing port has proved the important advantages of hydrodemolition when modifying concrete structures.

Killybegs Harbour Centre, in County Donegal, is the newest sheltered deep-water port on the west coast of Ireland. It is a major fishing harbour and is developing a major commercial cargo port.

As part of this strategy, a €30million improvement programme is underway, funded largely by the Irish government, which includes construction of a new 120-metre harbour wall.

This resulted in a civil engineering contractor commissioning UK-based water jetting contractor Hydroblast, a member of the Water Jetting Association, to carry out hydrodemolition on a pier wall.

Peli Products (UK) offer the Peli™ brand of ATEX approved lighting products for professionals working in hazardous areas.  Each torch in the Peli safety range is certified to current ATEX requirements for Zone 0 or Zone 1 and they all are ideal for industrial and offshore use.

The range includes small compact torches through to large rechargeable hand lamps and worklights.  

A wide area light is produced from the 9455 Zone 0 model, this rugged LED work light is maintenance-free and rechargeable.  Weighing 7.3kg, it is compact, portable and can be set up in seconds. The unit has a retractable mast; the head can be rotated 360° and it also pivots to angle the light directly where required.  A ten hour runtime ensures light duration for a full shift, there are no trailing cables and the 9455Z0 is silent running,

Wolf Safety have introduced a powerful new range of ATEX certified LED installed lighting, designed for permanent use in potentially explosive atmospheres.

The world’s leading manufacturer of portable and temporary ATEX and IECEx certified hazardous area safety lighting, Wolf have been keeping people safe for almost 120 years.

The company’s designers and production engineers have used their expertise to develop a new range of highly effective LED installed lighting, safe to use in hazardous  Zones 1 and 21.

The range includes:

• Linear luminaires featuring revolutionary Directional Linear Optics (DLO) or standard Forward Facing Array LED configurations (with battery back-up emergency versions also available);
• Floodlights with a market leading maximum light output of up to 25,932 lumens;
• Bulkhead lighting, also featuring DLO (with battery back-up emergency versions also available);
• High bay lighting.

DLO directs light exactly where it’s needed so is ideal for use in specific, close-up workspaces, reducing glare to avoid people being ‘blinded’ by  emitted light, while its superior colour definition facilitates safety critical hazardous area tasks.

www.wolfsafety.com

Nickel Cadmium (Nicad) is the oldest type of rechargeable battery and is known for being durable. If correctly used it technically has a longer life cycle than other battery types. Its primary disadvantage is the charging problem commonly referred to as the “memory effect.” This occurs from partially discharging and recharging the battery, limiting it to the highest charge level of the last cycle. This effect drastically shortens the lifespan of the battery.

Nickel Metal Hydride (NiMH) batteries offer a higher energy density than Nicad, but this comes at the cost of increased weight. NiMH batteries are nearly twice as heavy as Nicad, but they do not suffer from the memory effect. Instead, they sometimes have a condition called “weak-cell syndrome” where some of the cells can no longer hold power and appear to be charged but die almost immediately when used.

Lithium-Ion (Li-ion) are the preferred type of battery in modern devices because of their high energy density. They do not suffer from memory effect or weak-cell syndrome, but come with an extra cost in engineering. Without properly designed safety circuitry they can experience “thermal runaway” causing a fire. This is the worst possible situation for a product designed for use in explosive environments. The protective features of the safety circuitry must protect against all types of short circuit, excess temperature, and electrolyte leakage. The circuit is designed to immediately shut down if any of these faults occur in the system. Because of the knowledge, expense, and time required to engineer explosive environment products, a limited number of companies achieve this. Nightstick, a global manufacturer of portable LED lighting products, has 50+ products rated for use in explosive environments.

Locate a dealer near you at www.nightstick.com

Are you looking for smart, affordable solutions to ensure safe working in areas filled with hazardous gas or dust? There is only one answer to that question: Artidor Explosion Safety in Geldrop, the Netherlands. The specialist in the development and production of explosion-proof products for 35 years. As company director Marc Moolenaar says proudly, “With our extensive knowledge of explosion protection and years of experience in engineering and R&D, we are among the most innovative companies in the market.”

What motivates you?

“Flexibility, quality and unburdening our customers with customized solutions are our top priorities. In this way, we often arrive at more practical or less expensive explosion-proof solutions. These solutions are developed by our specialists in our own workshop, often based on existing products, while retaining the original features as much as possible. Furthermore, we can also arrange ATEX and IECEx certification. Our passion for technology and for beautiful, high-quality products results in durable products that meet expectations. A good example is our new series of explosion-proof signal lights.”

 Tampnet are the largest 4G network provider in the North Sea providing cellular coverage to many of the North Sea’s Energy Assets including Oil & Gas platforms, FPSOs and Offshore Windfarms.

AGL’s partnership will involve supplying Data SIM packages for the Tampnet network in a Connected Worker bundle including Smartphones, Tablets, Head Mounted Tablets and Software solutions. AGL will also provide Data SIM packages for Remote Monitoring Systems, ­­Cameras, IOT sensors and other 4G Cellular enabled devices.

Tampnet Sales Manager John Main, said ‘We realised there was a gap in the market where Offshore Services companies were unable to fully avail of the connected worker solutions as it was sometimes problematic to get a connection to the outside world on Offshore Assets. We wanted to find a partner who could supply the full connected worker solution including Hazardous Area (Atex) devices and software and add a Tampnet Data connection to complete the solution. AGL Automation are a young company (formed in April 2020) but the extensive experience within the business gives us the confidence that they are the right partner for us.

AGL Automation Director, Angus McCarter, said ‘We were providing a connected worker solution with devices and software however connection to the outside world was the last piece of the puzzle that we needed. Previously if you wanted to connect to the internet offshore you needed to connect to the local WiFi (if even available) and Cybersecurity concerns always made this an onerous task. With a Tampnet Data SIM you can simply connect to the internet completely independent of the local network. After finishing the job you can take that Smartphone or Tablet to the next Asset and continue seamlessly.

For more information on Tampnet SIM + device bundles or SIM only packages then get in touch.

This email address is being protected from spambots. You need JavaScript enabled to view it.

www.aglautomation.com

UK safety expert Arco urges businesses to review their safety signage

As businesses continue to reintroduce employees to the workplace, Arco, the UK’s leading safety company, is raising awareness of the importance of reviewing safety signage to keep businesses compliant and employees and members of the public safe.

New workplace layouts designed to adhere to social distancing measures may be obstructing the visibility of signs installed before COVID-19. In addition, temporary closures may have disrupted regular cleaning and maintenance procedures, increasing the likelihood that signs may be dirty, faded or damaged. Safety signs are designed to help identify hazards and provide information on safe routes and access around buildings. However, signage must be adequately cleaned, maintained and updated to work effectively.

Arco is urging employers to consider whether their signage needs replacing and ensure it is in line with current regulations. Signs must meet the BS EN IS07010 standard to ensure all graphical safety symbols are consistent and compliant. Signs with universal images and symbols are essential in overcoming language or literacy barriers.

Monitoring benzene exposure levels is critical for the health and wellbeing of staff and the public who may encounter this group one carcinogen. While benzene has many useful and practical applications in industries, the risk to health is undeniable and requires exact and precise monitoring to mitigate damage. Having accurate and dedicated monitoring instrumentation specifically for managing the risk of benzene is essential for any business that works with this chemical.

 As benzene is both widespread in industrial applications and poses a significant risk to health, there is pressure from public health and industrial safety perspectives on making sure it is managed and monitored properly. The most effective way of minimising exposure to benzene is through appropriate safety and monitoring practices. Using PID (photoionisation detection) instruments from ION Science is an excellent way of protecting against potential hazards.

ION Science has a dedicated range of instruments specifically designed for monitoring benzene. As a compound that poses a range of long- and short-term health risks associated with exposure, having instruments that can monitor wherever staff are working and in areas where there is potential for public or environmental exposure is key.