Iron and Manganese Removal in Wastewater Treatment

Iron and Manganese Removal in Wastewater Treatment

Iron and manganese, common elements found in wastewater systems, can cause discolouration and staining, and also interfere with system effectiveness. Effective removal of these metals is essential for maintaining water quality and complying with regulatory standards. Challenges of Iron and Manganese in Wastewater The presence of iron and manganese in water can cause significant challenges…

Interaction of Aluminium with Water and Chlorine Dioxide

Interaction of Aluminium with Water

Aluminium, the third most abundant element in the Earth’s crust, is a versatile metal with various applications ranging from industrial manufacturing to household items. Despite its prevalence, the interaction of aluminium with water, its subsequent environmental impact, and health effects require careful consideration, especially when present in significant amounts in our aquatic ecosystems. Aluminium reacts…

The Game Changer in Food Processing: Chlorine Dioxide

Chlorine Dioxide: The Game Changer in Food Processing

As consumers become increasingly aware of the importance of food safety, food processing manufacturers are constantly seeking innovative solutions to meet these expectations. Chlorine Dioxide (ClO2), is a potent biocide that is revolutionising the way we approach sanitation in food processing. Chlorine Dioxide has emerged as a powerful alternative to traditional sanitisers due to its…

Chlorine Dioxide: A Safer and More Effective Alternative to Chlorine Gas for Water Treatment

Chlorine Dioxide: A Safer and More Effective Alternative to Chlorine Gas for Water Treatment

The intersection of escalating water pollution, burgeoning populations, and the unpredictable shifts of climate change has significantly intensified the contamination of global water supplies.  This triad of environmental stressors presents a substantial hurdle in upholding the sanctity of water purity, an essential component for life and health.  Amidst this backdrop, the conventional method of employing…

Combating Grey Mould in Cut Roses with Chlorine Dioxide

Combating Grey Mould in Cut Roses with Chlorine Dioxide

Cut roses are synonymous with beauty, fragrance, and elegance. However, their allure can be swiftly marred by the onset of grey mould, known scientifically as Botrytis cinerea. This pervasive fungal disease not only sullies the aesthetic of these blooms but also shortens their vase life, presenting a significant challenge for floriculturists and enthusiasts alike. Understanding…

Chlorine Dioxide Water Treatment in the UK Fish Industry

Chlorine Dioxide Water Treatment in the UK Fish Industry

In the UK fish processing industry, maintaining the highest standards of water purity and hygiene is crucial for ensuring the safety and quality of seafood products. Chlorine Dioxide has emerged as a highly effective water treatment solution, offering superior disinfection capabilities without the drawbacks associated with traditional biocides like chlorine. This article outlines the benefits…

The Role of Chlorine Dioxide in Enhancing Vertical Farming Ecosystems

The Role of Chlorine Dioxide in Enhancing Vertical Farming Ecosystems

Vertical farming, a solution to sustainable agriculture in urban environments, relies heavily on maintaining optimal conditions for plant growth. One of the critical components of these controlled environments is water quality, where Chlorine Dioxide (ClO2) plays a pivotal role. This article explores the myriad benefits of Chlorine Dioxide water treatment to vertical farming systems, underscoring…

Minimising the Risk of Legionnaires' Disease: The Importance of Engineering Design and Legionella Control Solutions - Scotmas

The Importance of Engineering Design and Legionella Control Solutions

Practical engineering design and building management are crucial for minimising the growth of Legionella bacteria and preventing Legionnaires’ disease. Although Legionnaires’ disease outbreaks are infrequent, they can be life-threatening. Factors such as water usage, turnover, occupancy times, and sanitary specifications can contribute to the growth of bacteria, which can harbour and provide a source of…