WELYSIS

As industries evolve, so do the tools we use to design and operate critical infrastructure. Building Information Modeling (BIM) is revolutionizing how we develop electrolysis plants, enabling us to optimize every stage—from design to operation. BIM helps us improve efficiency, reduce costs, and ensure seamless integration of renewable energy sources, all while supporting sustainable water purification solutions. Discover why BIM is transforming our sector and how it enhances the way we design and manage electrolysis plants. 🔗 Read the full article here: https://lnkd.in/d8_F5xm7

🔧 Optimised flow for efficient electrolysis Here's a look at the caustic soda pipes that connect the electrolysis cells to the recirculation pumps. Precision engineered for flawless operation, these pipes are a critical component in ensuring the efficiency and reliability of the chlor-alkali process. Empowering industries with sustainable water treatment solutions. 🌍 #ChlorAlkali #WaterPurification #Sustainability #Electrolysis

🔬 In 1774, Carl Wilhelm Scheele discovered chlorine, a milestone that would transform vital fields ranging from chemistry to public health. Although he may not have fully understood the element's potential at the time, Scheele's work laid the groundwork for innovations in water treatment, sanitation and even medical practices. Today, chlorine remains an essential component in the purification of drinking water and the protection of public health. This discovery more than two centuries ago continues to influence the lives of people around the world, reminding us of the enduring power of scientific exploration. #Welysis #water #sustainability #electrolysis #salt #InvestinWater #WaterTreatment #ChlorAlkaliSolutions #SustainableTech

🔹 Did you know that membrane electrolysis, a process we now take for granted in water treatment, had its breakthrough thanks to an accidental discovery? Early researchers stumbled upon the method while exploring alternatives to traditional chlorination. This serendipitous moment led to decades of development and innovation, ultimately transforming how we produce safe drinking water. Membrane electrolysis today stands as a testament to scientific curiosity and resilience—a process built on years of refinement and a bit of luck. #Welysis #water #sustainability #electrolysis #salt #InvestinWater #WaterTreatment #ChlorAlkaliSolutions #SustainableTech

💧 Access to clean, safe drinking water is not just a basic necessity: it is the foundation for sustainable economic and demographic growth. In this article, we highlight how investments in water infrastructure can improve communities, public health and economic opportunities across Africa. The data underscores the urgency: the World Bank estimates that insufficient access to clean and safe water in sub-Saharan Africa costs between 4% and 6% of GDP annually. By prioritising clean water, we are not only meeting essential human needs, we are paving the way for resilient economies and healthier communities. A secure water supply means people can thrive, businesses can grow and countries can prosper. It is a transformative investment for a sustainable future for everyone. Read more on this critical issue and the action being taken: https://lnkd.in/dKiWR6nb #Welysis #water #sustainability #electrolysis #salt #InvestinWater #WaterTreatment #ChlorAlkaliSolutions #SustainableTech

Take a closer look at the basic components of our electrolysis! These sodium hydroxide and hydrochloric acid tanks play a key role in the production of sodium hypochlorite, a compound essential for safe and effective water purification. Accuracy and safety are key as these systems help drive sustainable water solutions, too. #Welysis #water #sustainability #electrolysis #salt #InvestinWater #WaterTreatment #ChlorAlkaliSolutions

Have you ever wondered how an electrolysis plant produces sodium hypochlorite, a key component in the purification of water? This Welysis article dives into the advanced technologies that drive these plants, from precision-controlled electrolysers to automated monitoring systems. These innovations are vital to delivering safe and sustainable water solutions around the world. #Welysis #water #sustainability #electrolysis #salt #InvestinWater #WaterTreatment #ChlorAlkaliSolutions

Water security is a crucial challenge for Africa's own development and future resilience. Innovative solutions that mix science, technology and local knowledge are emerging. The first African Conference on Hydrology, organised by World Meteorological Organization in collaboration with the African Ministers' Council on Water (AMCOW) and various partners, has highlighted the urgent need to use available science and technology to strengthen water resources management in the face of climate change. #Hydrology #Sustainability #Africa #WaterManagement #Innovation

🔧 Here's a closer look at a manhole in one of our electrolysis plant tanks. This critical access point allows for safe and efficient tank maintenance, inspection and cleaning, thereby ensuring optimum capacity and safety. In an environment where corrosive chemicals are part of daily operations, safe and well-designed manholes are essential in preventing leaks and prolonging the life of our equipment. This image highlights our commitment to safety and efficiency in the operation of electrolysis plants, emphasising the importance of maintaining critical components such as the manhole. #MaintenanceMatters #ElectrolysisPlant #SafetyFirst #IndustrialSolutions

At Welysis, we're constantly seeking ways to innovate and contribute to a greener future. Our latest blog post dives deep into the potential for electricity cost savings and CO2 emissions reductions in electrolysis plants—two key drivers of change for industries worldwide. 💡 Discover how optimized processes and cutting-edge technologies can make a significant impact on both operational costs and environmental footprints. #Sustainability #Electrolysis #EnergyEfficiency #CO2Reduction #Innovation #GreenTech #Welysis