Genesys - PWT

🌳 Every time you buy our 𝗦𝗚𝟭𝟭𝟭 𝗮𝗻𝘁𝗶𝘀𝗰𝗮𝗹𝗮𝗻𝘁, which is 11x times super concentrated, dendrimer based, and phosphate free, you are not only reducing CO2 emissions and plastic waste, but also joining the partnership we have with the NGO One Tree Planted. 💚 This will help our partners and us achieve our sustainability targets. 🌍 The time has come to plant some trees, and YOU GET TO DECIDE for which project we will plant them! 𝗩𝗼𝘁𝗲 𝗻𝗼𝘄 👇👇👇 For more information about our SG111 antiscalant, click here: bit.ly/3J0Zi2O   #Sustainability #Environmental #WaterTreatment #CarbonNeutral

Reverse osmosis (RO) membranes are made of several layers, including the active layer of polyamide and supporting layers that provide mechanical strength. The delamination of RO membranes due to permeate back pressure is a specific failure where the polyamide layer separates or peels apart as a consequence of excessive pressure on the permeate side of the membrane.  Delamination significantly impacts the performance of RO systems, since it leads to a decrease in salt rejection and consequently to a reduction in the overall efficiency of the water treatment process. So, what causes this issue, and how can we prevent it from happening? This high back pressure can be produced by a valve or by the climbing height of the production pipe. It can also be a result of a bad design of the permeate pipe, of a failure of valves in the permeate pipe, or of an incorrect membrane washing procedure. Thankfully, we at Genesys - PWTare well versed in solutions to take care of this exact problem. If you’re experiencing delamination issues, feel free to contact us so we can recommend the best course of action to help you optimize the performance of your system! 💬  [email protected] #WaterTreatment #Membranes #ReverseOsmosis

Reverse osmosis (RO) membranes are made of several layers, including the active layer of polyamide and supporting layers that provide mechanical strength. The delamination of RO membranes due to permeate back pressure is a specific failure where the polyamide layer separates or peels apart as a consequence of excessive pressure on the permeate side of the membrane.  Delamination significantly impacts the performance of RO systems, since it leads to a decrease in salt rejection and consequently to a reduction in the overall efficiency of the water treatment process. So, what causes this issue, and how can we prevent it from happening? This high back pressure can be produced by a valve or by the climbing height of the production pipe. It can also be a result of a bad design of the permeate pipe, of a failure of valves in the permeate pipe, or of an incorrect membrane washing procedure. Thankfully, we at Genesys - PWTare well versed in solutions to take care of this exact problem. If you’re experiencing delamination issues, feel free to contact us so we can recommend the best course of action to help you optimize the performance of your system! 💬  [email protected] #WaterTreatment #Membranes #ReverseOsmosis

Ever wonder what your membrane looks like close up? Recently, we used Scanning Electron Microscopy to produce this image. It shows the intricate distribution of foulant on a BWRO membane.   As shown, there is a concentration of calcium carbonate and silica in areas of the membrane in contact with the spacer material. Understanding the distribution of foulants is crucial for selecting the right cleaners and improving plant performance. In this case, we needed a cleaner which could remove foulant from under the spacer. This is why we perform such analyses: to determine the product that should be used and the cleaning routine should be implemented.   We recommend cleaning this type of foulant with a strong alkaline cleaner such as Genesol 704 and reduce the chance of future CaCO3 and silica scaling by dosing a carbonate/silica-specific antiscalant such as Genesys SI. Download more information about these solutions. The link is in the comments. #WaterTreatment #Desalination #Filtration

Join us today to hear our very own Fernando del Vigo Pisano, Technical Director, give a presentation titled “Smart Chemistry for Membrane Plants: Effective Biofouling Control” at the ALADYR Congress, Peru edition. Plus, our Strategic Business Development Manager for LATAM, Juan Pablo Camezzana, will moderate the Water Positive panel. This panel will bring together industry experts to share knowledge about innovative practices and technologies in sustainable water management. 📅 Smart Chemistry for Membrane Plants: Effective Biofouling Control 🗓️ June 25th, 4:30 p.m. - 5:10 p.m.   📅 Water Positive Panel 🗓️ June 25th, 6:00 p.m. - 7:20 p.m. See you there! #WaterTreatment #WaterPositive #Sustainability #Desalination #Filtration Water Positive  ---------------------------------------------- Únete a nosotros hoy para escuchar a Fernando del Vigo, Director Técnico, dar una presentación titulada "Química Inteligente para Plantas de Membranas: Control Eficaz del Biofouling" en el Congreso Aladyr, edición Perú 2024 - Sheraton Lima Centro Histórico. También contaremos con Juan Pablo Camezzana, Gerente de Desarrollo de Negocios Estratégicos para LATAM, quien moderará el panel Water Positive. Este panel reunirá a expertos de la industria para compartir conocimientos sobre prácticas y tecnologías innovadoras en la gestión sostenible del agua. 📅 Química Inteligente para Plantas de Membranas: Control Eficaz del Biofouling 🗓️ 25 de junio, 4:30 p.m. - 5:10 p.m. 📅 Panel Water Positive 🗓️ 25 de junio, 6:00 p.m. - 7:20 p.m. Nos vemos allí!

For our next foulant of the month, we’re looking at 𝗰𝗮𝗹𝗰𝗶𝘂𝗺 𝗳𝗹𝘂𝗼𝗿𝗶𝗱𝗲. Calcium fluoride is a highly insoluble salt, meaning that it tends to precipitate even when at low concentrations. 📌 In most RO plants, calcium fluoride isn’t a problem for two reasons: 1. Even a small dose of antiscalant is usually sufficient to control calcium fluoride scaling. 2. Fluoride is present in such low concentrations (<1 ppm) that the mass of salt which can precipitate is very small. Nevertheless, some plants suffer from severe calcium fluoride scaling, and this can cause major issues, since it is one of the most difficult scales to remove. 💬 If you suspect calcium fluoride scale in your plant, get in touch with Genesys - PWT at [email protected]! We can help confirm its presence and recommend a suitable cleaning regimen. #WaterTreatment #Desalination #Filtration #ReverseOsmosis -------------------------------------- Para nuestro próxima incrustación del mes, estamos mirando al fluoruro de calcio. El fluoruro de calcio es una sal altamente insoluble, lo que significa que tiende a precipitarse incluso en concentraciones bajas. 📌 En la mayoría de las plantas de RO, el fluoruro de calcio no es un problema por dos razones: 1. Incluso una pequeña dosis de antiincrustante suele ser suficiente para controlar esta incrustación. 2. El fluoruro está presente en concentraciones tan bajas (< 1 ppm) que la masa de sal que puede precipitarse es muy pequeña. Sin embargo, algunas plantas sufren de incrustaciones graves de fluoruro de calcio, lo que puede causar problemas importantes, ya que es una de las incrudtaciones más difíciles de eliminar. 💬 Si sospechas de incrustaciones de fluoruro de calcio en tu planta, ponte en contacto con Genesys - PWT enviando un mensaje a [email protected]! Podemos ayudarte a confirmar su presencia y recomendar un protocolo de limpieza adecuado.

Our partner Ace Water Pte Ltd will be promoting our cutting-edge solutions designed to tackle the most challenging water treatment issues at the Singapore International Water Week (SIWW). This is a great opportunity to learn how H2O Innovation’s Genesys - PWT product lines can enhance your water management strategies! 📅 Date: June 18-22, 2024   📍 Location: Marina Bay Sands, Singapore   🅱 Booth: B2-M23 Our team will be available to discuss tailored water treatment solutions to meet your specific needs. 💬 Reach out to us or Ace Water to schedule a meeting or drop by the booth to learn more. We look forward to seeing you there! Xianyong Tian  #Sustainability #WaterTreatment #desalination #filtration ---------------------------------------------- Nuestro socio Ace Water Pte Ltd promoverá nuestras soluciones de vanguardia diseñadas para abordar los problemas de tratamiento de agua más desafiantes en la Semana Internacional del Agua de Singapur (SIWW)! Esta es una gran oportunidad para aprender cómo las líneas de productos Genesys y PWT de H2O Innovation pueden mejorar tus estrategias de gestión del agua. 📅 Fecha: 18 al 22 de junio de 2024 📍 Ubicación: Marina Bay Sands, Singapur 🅱 Stand: B2-M23 Nuestro equipo estará disponible para analizar soluciones de tratamiento de agua a medida para satisfacer tus necesidades específicas. 💬 Comunícate con nosotros o con Ace Water para programar una reunión o visita el stand para obtener más información. Te esperamos!

💙 It is extremely satisfying to see our solutions used in such iconic plants all over the world. Thank you very much to AR Africa and Alexander Leppert (Pr. Eng) for your hard work and wisdom. You do understand how to solve your customers' problems! And we will always be grateful to Anna Leppert, our OptiClean ambassador. Congratulations, friends! #WaterTreatment #WastewaterTreatment #Sustainability #Filtration

🗓️We’ll be at the 19th edition of SIEE Pollutec, which will take place from June 10-13 in Algiers! Our esteemed partner, MEDCHEM INDUSTRIES, will be showcasing our innovative Genesys - PWT , and Piedmont Pacific product lines at their booth. 💧 Don’t miss this opportunity to explore our solutions and find out how our technologies can help drive sustainable growth. Plus, our colleagues Abdelghani Achour,  Stephane Jarrige and Unai Jauregui will accompany Samir Belbachir and Lyes Agarou at the MEDCHEM booth, ready to provide advice for your next water treatment project! See you there! #WaterTreatment #Desalination #Innovation -------------------------------------------- 🗓️ Estaremos en la 19ª edición de SIEE Pollutec, que tendrá lugar del 10 al 13 de junio en Argel! Nuestro querido socio, MEDCHEM INDUSTRIES, estará exhibiendo nuestras innovadoras líneas de productos Genesys, PWT y Piedmont Pacific en su stand. 💧 No pierdas esta oportunidad de explorar nuestras soluciones y descubrir cómo nuestras tecnologías pueden ayudar a impulsar el crecimiento sostenible. Además, nuestros colegas Abdelghani Achour, Stephane Jarrige y Unai Jauregui acompañarán a Samir Belbachir y Lyes Agarou en el stand de MEDCHEM, listos para ofrecer asesoramiento para su próximo proyecto de tratamiento de agua. Te esperamos!

🚰💧 Membrane cleaning is an inevitable task of water treatment plant operations. But when it comes to choosing the right cleaning chemicals, should operators opt for generic or specialty cleaners? While cost is usually a deciding factor, there are benefits and drawbacks to each type of cleaner.  🔬🧪 Specialty cleaners are typically provided by specialty chemical companies who specialize in membrane treatment. They are designed to be membrane-compatible and contain multiple components, such as including dispersants, which help lift and remove matter from the membrane surface. Specialty cleaners are also buffered to achieve and maintain a target pH to avoid possible membrane damage.  Generic cleaners are commercially available, but may not be specifically designed for membrane cleaning. Plant operators must make an educated guess based on historical cleaning data and raw water data to determine what type of cleaner to use. Exposing the membrane system to a cleaning solution with a pH too high or too low may cause irreversible membrane damage.  👀 The next time your system is ready for a cleaning, talk to your preferred specialty chemical supplier. You may be surprised at how reasonable the cost is. When you consider the greater effectiveness and safety of both pH buffering and handling, specialty cleaners may serve a greater value! Share your experience with membrane cleaning in the comments below. Have you tried both generic and specialty cleaners? Which one do you prefer and why?  👉 If you need any assistance, you can always contact us: [email protected].  #WaterTreatment #Filtration #Desalination #reverseosmosis