Amazon Filters Ltd

Municipal Water Filtration – Tackling Turbidity & Cryptosporidium 🛠️   Over the past few months, our team has been working diligently to address some critical challenges faced by our municipal water customers, particularly related to turbidity and cryptosporidium. These challenges required immediate attention to ensure the safety and quality of the water supply.   Key Issues Addressed: 🌊 Turbidity: High levels of turbidity can affect water clarity and quality. 🦠 Cryptosporidium: This pathogen can cause significant health issues.   We tackled these issues head-on, ensuring that turbidity reduction and cryptosporidium removal were addressed using our expertise in filtration. The filters used in this project operate with impressive flow rates of 903m³ per hour, showcasing our capability to handle large-scale water treatment needs efficiently.   We are proud to contribute to the delivery of clean and safe water to thousands of households. Great work from all involved👏   Take a look at the photos to see the work for yourself! 📸 #WaterTreatment #Cryptosporidium #CleanWater #Filtration

Your process is important, so why are you compromising your needs to fit the standard filtration solutions being offered to you? Did you know that Amazon Filters Ltd has an in-house team for design and housing production? When working with us, you will have a consultation with our team to find a solution to suit your exact needs. As our housings are produced on site at our head quarters in Camberly, England, we can ensure that the design and quality of your bespoke filtration solution is exactly what you need, including offering retrofits. Choosing Amazon Filters Ltd Filters is choosing to put your process first. Call +44 (0) 1276 670600 or visit https://hubs.la/Q02HQbkl0 to get in contact today.

Everyone is looking at how to reduce their impact on the environment. One of the quickest ways to do this can be to reduce consumable waste. When it comes to filtration the opportunities to reduce the number of filters used annually are many. A few thoughts: - Have you looked to introduce filters with increased dirt holding capacity? - Have you looked to optimise the filtration train in terms of the type and number of filtration stages - Have you revisited the sizing of the system. Have process flowrates increased over years leading to high flux rate and premature blockage if filters? - Are you over specifying the efficiency requirement of the filtration system you require leading to higher consumable costs? My guess is that 90% of filtration processes have not been looked at in the last 5 years. What do you think? Check out our website for case studies demonstrating how we have helped improve filtration systems across industries #filtration #decarbonisation

Decolourisation of an API is a common process step typically achieved through either carbon powder, using carbon lenticular cell filters, or using carbon block filters. Learn how Amazon Filters Ltd helped this European Pharmaceutical CDMO find a decolourisation solution suited to their needs, reduced system downtime, and improved the efficiency of their filtration system. https://hubs.la/Q02HcrRw0 #pharmaceutical #api #filtration

Enhancing Whisky Production with Custom Filtration Solutions🥃 – an Amazon Filters case study. I’m excited to share a fascinating project we undertook to improve the whisky production process. As you may or may not know, charred oak barrels are essential for developing the complex flavours in distilled whisky. However, they also release small particles of charred wood into the whisky during maturation, which need to be removed before bottling. A distillery we partnered with faced challenges with premature blockage of their large format pleated polypropylene filters, leading to increased operational costs and frequent filter changes. Our goal was to develop a filtration solution that would prevent these blockages and optimize the process. The Problem: Charred barrels, while enhancing flavour, release small wood particles into the whisky. These particles caused premature blockages in the distillery’s filters, varying by whisky type and barrel used. Our task was to design a filter that could handle these particles more efficiently. Our Solution: Using pleated depth filters, we aimed to distribute the particulate loading evenly throughout the filtration media. We dissected used filters to analyse blockage points and customised the structure for optimal performance. By adjusting the efficiency of each filtration layer, we improved dirt holding capacity while maintaining flow rates. Our standard 10-micron SupaPleat HFC filter initially showed preferential removal on the first upstream layer. After analysing this and the competitive filters, we developed a more open and thicker upstream layer. This resulted in even removal across the layers, increasing throughput by 20-30% while maintaining flow rates. The customised Amazon SupaPleat HFC filter utilized three filtration layers instead of four, ensuring better pleat separation and preventing premature blockage. This not only maintained the same filtration area as competitive cartridges but also enhanced processing efficiency. Key Takeaways: ✅Dissecting filters helps understand blockage profiles. ✅Filtration efficiency of individual layers is critical for maximizing dirt holding capacity and on-stream life. ✅Customising standard filters to improve processing efficiency for liquids with varying particle distributions showcases our strength as a filter manufacturer. This project has reinforced the importance of innovative solutions in traditional industries. If you’re facing similar challenges or looking to optimize your filtration process, we’d love to help🙌 #WhiskyProduction #FiltrationSolutions #AmazonFilters #DepthFiltration #Innovation #ProcessOptimization #PrematureBlockage

Ensuring Water Safety with Amazon Filters’ Plug-and-Play Solutions – Check out the new Water Magazine article 🌊📰 At Amazon Filters, we understand the critical importance of water quality management, especially in the face of unexpected challenges. Our recent reminder to UK water companies highlights the value of having ‘plug-and-play’ filtration units ready for emergencies. Recent traces of the waterborne parasite Cryptosporidium in south Devon underscore the necessity of quick and effective filtration solutions. Our containerised plug-and-play systems are designed to be deployed immediately, providing a robust response in times of need. These mobile units, equipped with multiple housing vessels and validated filter cartridges, can combat Cryptosporidium, control turbidity, reduce chlorine, and remove contaminants like iron and manganese. In the past year alone, our filtration solutions have helped UK water companies filter over 350 billion litres of water, guaranteeing a safe, clean, and consistent supply to millions of homes and businesses. #WaterSafety #FiltrationSolutions #AmazonFilters #PlugAndPlay #Cryptosporidium #EmergencyResponse #WaterMagazine

How can you reduce filter carbon emissions to make your processes greener? In our latest infographic, we explore everything from making smart swaps to adopting new technologies. See how you could reduce your filtration footprint. https://hubs.la/Q02F_fq00

Well worth any filter user running this….some larger users are likely to be surprised at the size of the CO2 saving opportunities they have, particularly in applications like large scale RO pre filtration for example where large quantities of meltblown filters are used

How can you reduce filter carbon emissions to make your processes greener? In our latest infographic, we explore everything from making smart swaps to adopting new technologies. See how you could reduce your filtration footprint. https://hubs.la/Q02F_fq00

When this Global Digital Inks Manufacturer of pigment-based UV curable inks began to receive reports of reduced/inconsistent jetting performance from its customers, causing major cost implications, they turned to Amazon Filters to help improve their process. Read now and learn how we solved the problems and reduced their costs https://hubs.ly/Q02FStd10