Major water utilities companies across the UK - including Thames Water, Scottish Water, United Utilities and Welsh Water - specify emergency tank showers from Hughes for their site and it’s not difficult to see why.

The fertiliser industry uses extremely hazardous materials in their production processes. Common industry chemicals like anhydrous ammonia can cause burns and inhalation hazards.Others like ammonium nitrate pose a risk of fire and explosion.

In 2006 a large explosion at a fertiliser plant in Teeside, UK caused a fire involving mixed gases including hydrogen, nitrogen and ammonia prompting the police to declare a major emergency.

Remote location. Lack of a constant water supply. Extremes in temperature from -40°C to +45°C. Just some of the challenges faced by a customer in Kazakhstan looking for emergency safety showers. Find out how Hughes tailored a solution for this ‘super giant’ oilfield.

Legionnaires' disease is contracted when bacteria in water droplets or aerosols are inhaled into the lungs. Certain conditions allow Legionella bacteria to multiply rapidly and increase the risk of an outbreak, these include temperatures between 20-45 C, stagnated water and areas that produce a lot of water spray.

As such, emergency safety showers and eye wash units, which can often remain unused for extended periods, should be managed effectively to reduce the risk of Legionella bacteria growing, surviving and spreading.

Self-contained and resilient, emergency tank showers are suitable for all climates and locations, and often the simplest and most comprehensive way to stay compliant. But what sets the Hughes emergency tank shower apart from others on the market? We've started with ten reasons, but we could go on and on!

The series of standards on emergency safety showers installed on industrial and logistics sites, EN15154, have recently been updated to include “Part 5: water overhead body showers for sites other than laboratories ”.

Ensuring that communities and businesses have access to safe, clean water each day is a top priority for the water and wastewater sector. From drinking water to crop irrigation to support the food supply, properly treated wastewater is essential to prevent disease and protect the environment.

The water held in a self-contained shower or eye/face wash units may become stagnant. This makes it susceptible to bacterial growth and if not properly treated and maintained can become a source of infection.

We outline some practical steps for limiting bacteria growth in your safety showers and eye/face wash equipment.

With winter on the way, are you sure that your safety showers can survive the cold? It’s important to consider how a fall in ambient temperature could affect this life-saving equipment, especially if the units are placed outdoors.

With winter quickly approaching, ensuring that your emergency safety equipment can withstand the steep drop in temperature is a must. The UK’s winter temperatures average between 6.6C and 7.4C, with other areas of Europe, such as Germany, reaching lows of -3.8C. In these conditions, water can freeze in the standpipe, rendering the unit inoperable. If your safety showers and eye baths are not functional in the event of an emergency, this poses further danger to the casualty and significant fines and/or imprisonment can be imposed.

Specialists in industrial coating applications, IMG expands Justrite product portfolio and expertise. Adding a patented spray technology to our spill containment business is a major step forward to providing our customers with a unique solution to solve environmental spill containment issues that meet or exceed SPCC regulations.

EU and International standards, EN15154 and ANSI Z358.1-2014, stipulate weekly testing and inspection of safety showers and eye washes, as well as annual servicing to remain compliant. If a shower fails to function correctly or further injures an employee, significant fines and/or imprisonment could be enforced.

The third EIC Survive and Thrive Insight Report is out! This report summarises key findings for industry and for the government, with case studies of 25 ‘success story’ companies. Hughes are proud to have been included as one of these companies covering our innovation, the Hughes Zero Power Cooler.

The value of the global beer industry is predicted to reach a staggering £526,000 million by 2025. In Europe alone the brewing industry is estimated to employ over 100,000 people, producing over 40 billion litres of beer every year.

However, getting that beer from grain to glass is not a straightforward process. Even after brewing is complete, harsh chemical cleaners need to be used to ensure the tanks and pipework are sanitised and safe. Due to the potential for a splash or spill of these hazardous cleaners, on-site safety showers are a necessity.

Hughes are thrilled to have won the EIC award for Innovation for the Hughes Zero Power Cooler®! The prestigious award ceremony took place at 8 Northumberland Avenue, London on 3rd October 2019 to celebrate the successes of the EIC Member companies through the Survive and Thrive Awards.

With chemical hazards present at every stage of vehicle production, coupled with a large workforce, the risk of a chemical spill or splash is high. The manufacture of a car, although largely automated, requires the use of numerous dangerous materials that workers can come into close proximity of.

Every year, thousands of workers are injured or suffer ill effects due to hazardous substances. Employers are responsible for taking effective measures to control exposure to these substances and to ensure proper procedures are in place in the event of a spill or splash.

There is a wide range of chemicals that can be hazardous to workers health. If a substance is harmful, they will be clearly labelled with the relevant hazard symbol(s). Common materials in everyday use such as paint, bleach, solvent, or fillers are all considered hazardous.

The European standards, BS EN15154 and the international standard for safety showers and eye/face wash equipment, ANSI Z358.1-2014 specify that water delvered by an emergency safety shower must be tepid and is vital to ensuring worker safety.

Safety showers provide immediate relief for employees splashed with hazardous chemicals. However, a safety shower that operates outside of the tepid water range can cause more harm to a victim

Outokumpu are the global leader in stainless steel, boasting the widest product portfolio in the market. With 100 years of expertise in metals and mining, they aim to become the best value creator in stainless steel.

Their Sheffield facility has different process lines with varying mixtures of acids and caustics, bulk storage areas and effluent treatment. To ensure workers who could be exposed to any of these hazardous substances have access to quality and functional safety showers and eye/face wash equiment, they decided they needed to replace their old safety shower models.

Data storage centre sites store computing and networking equipment for the purpose of collecting, storing, processing, distributing or allowing access to large amounts of data. It's essential to ensure that these sites conform to health and safety guidelines and workers are safe.

Granite and other natural stones are a highly sought after material, for their various uses across many industries. From architecture and paving, to sculptures, and even home furnishings. Granite is a versatile natural stone used in the production of key infrastructures, such as roads, railways, bridges, and buildings. Natural stone has withstood the test of time as a construction material with buildings crafted in ancient times, such as the marble-crafted Roman Pantheon, still standing tall today.

Tepid water is defined as temperature-controlled water and is one of the requirements for safety equipment to adhere to international standards. For the water supplied by a safety shower to be compliant to ANSI standards this range must be between 16C to 38C (60F to 100F), and 15C to 37C (59F to 98F) for the European EN15154 standard.

The perfume industry continues to see significant growth, currently valued at £40.7 billion as of March 2022. France leads the global market share with 27% in total perfume exports followed by Spain and Germany. The manufacturing process for cologne and perfumes involves the delicate extraction and mixing of several compounds, some of which have high concentrations that can cause harm to workers if mishandled. Therefore, providing workers with the appropriate safety equipment in the event of an emergency is vital to prevent lasting harm.

Industries worldwide rely on the steady supply of minerals and metals harvested by the mining industry such as coal, iron ore, bauxite, and potash. Though the final products of mining may not be hazardous, there are many chemical risks that mine workers are exposed to daily.

Emergency tank-fed safety showers are essential, life-saving pieces of equipment to decontaminate a casualty in the event of a chemical spill. In remote environments, tank showers remain the preferred solution as they are self-contained and do not require a plumbed-in water source for a full decontamination. In extremely hot climates, the temperature of the water within the overhead tank can heat due to solar radiation, risking scalding for the user.

Natural gas currently makes up about a quarter of the world’s energy provisions. In a global effort to reduce our carbon emissions, more and more countries are turning to liquefied natural gases (LNG) as an alternative to traditional fossil fuels. LNGs emit 30% less carbon dioxide than oil and up to 60% less than traditional coal plants.

Light aircraft such as an Airbus A320 can hold 27,000 litres of fuel. While this is a staggering capacity, it pales in comparison to larger aircrafts. The Boeing 777, for example, can hold over 100,000 litres of fuel which weighs over 80 metric tonnes. Regardless of aircraft size, the refuelling process is extremely delicate and is conducted meticulously every time due to the severity of the dangers involved.