Datacentre & Critical filtration / iCerMax™’s Post

Advanced Filtration and Pre-Treatment for Optimal Water Quality The Industrial Reverse Osmosis System offers a comprehensive filtration process that addresses various water quality concerns. It begins with a Spin Down Screen Filter with a Manual Flush Valve, designed to remove larger particles and debris from the incoming water. This pre-filtering step reduces the load on subsequent filtration stages, enhancing overall system efficiency. The system includes an Ion Exchange Water Softener with Auto-Backwash Valve, effectively removing calcium and magnesium ions. This softening process prevents scale buildup, protecting the RO membrane and other internal components. Additionally, the Multimedia KDF-Catalytic Carbon-Poly Phosphate Pre-Filter with Auto-Backwash Valve targets a wide range of contaminants, ensuring the water entering the reverse osmosis stage is as clean as possible. This multi-stage filtration process guarantees consistent, high-quality water for commercial applications. The Ion Exchange system softens water, reducing the risk of equipment damage due to scale buildup. The KDF-Catalytic Carbon-Poly Phosphate pre-filter provides an extra purification layer, targeting heavy metals and other contaminants.

Key Features of TNW Dissolved Air Flotation System Numerous industries can incorporate dissolved air flotation systems into their daily operation, especially if they need to reduce their total suspended solids and FOG. Due to its versatility, it can successfully handle waste streams in different applications. Key features of the DAF system include: Efficiently reduce the chemical oxygen demand associated with suspended solids and oil Less sensitivity to flow variations Better performance in removing light particles Outstanding cold-water performance Good process flexibility Smaller footprint than other clarification systems for an environmental advantage Better water quality after wastewater treatment Low operation and maintenance With its efficient design and primary features, dissolved air flotation systems are ideal for regulatory compliance and meeting other water quality goals. Complete Water Services provides our clients with innovative solutions that will deliver long-lasting benefits to their process, ultimately improving their bottom line.

What is a Dissolved Air Flotation System? •A Dissolved Air Flotation (DAF) system is an advanced water treatment technology predominantly used for industrial and municipal wastewater treatment. The DAF process is designed to remove suspended solids, oils, greases, and other contaminants from wastewater through a process of flotation rather than settling. The process starts by adding water to a pressurization tank where air is dissolved under high pressure. The high-pressure environment allows more air to dissolve into the water than would be possible under normal atmospheric conditions. This air-saturated water is then released into the main flotation tank at atmospheric pressure. As the pressure is released, the dissolved air comes out of solution in the form of microscopic bubbles. •These tiny air bubbles attach themselves to the suspended particles in the wastewater, such as dirt, oil, and other contaminants. The air bubbles are buoyant, and as they rise to the surface, they lift the attached suspended particles with them. This creates a floating layer of material at the surface, known as the sludge blanket, which can be easily skimmed off and removed. One of the key advantages of a DAF system is its ability to treat high-load wastewater streams efficiently and rapidly. It is especially effective for particles that are too small to settle by gravity alone and for substances that are not easily biodegradable, making it a preferred choice for a variety of industries including food and beverage production, petrochemicals, and paper manufacturing. DAF systems can also be enhanced with the use of coagulants and flocculants. These chemicals are added to the wastewater before it enters the DAF system, helping to aggregate the suspended particles into larger clumps, which improves the efficiency of the air flotation process. In summary, DAF systems provide an efficient, reliable, and cost-effective solution for removing a wide range of pollutants from wastewater. They are known for their versatility, high performance, and the ability to produce high-quality effluent suitable for discharge or further treatment. #wastewater #oli #sludge #industrial #treatment #Dafs #

As one of TNW's most valued products, our line of flotation units is capable of treating many different types of waste water. Flotation units work on the principle of separation by gravity. By allowing a water flow to remain in the flotation unit for a specific time, the materials to be separated float to the surface. A scraper system continuously removes this floating layer, while the treated water is discharged. Static oil separators use this principle to eliminate free oils and fats. Aerated fat separators have a higher removal rate, due to the fact that coarse air bubbles are injected in the flotation unit, forcing more particles to float at the surface. Our dissolved air flotation (DAF) units have an even higher efficiency. In this case, compressed air is dissolved in a water recycling stream. This stream is reinjected in the flotation unit, creating small air bubbles due to the rapid expansion of the pressure. The small air bubbles capture an even higher amount of particles.   Advantages Very efficient technique Continuous sludge removal Separation by gravity Low energy consumption

Introducing the iCerMax Diesel Mobile Transfer Skid: Comprehensive Filtration and Dispensing in One Complete System. Ensuring clean, reliable diesel fuel is more important than ever, and that’s why we’re proud to introduce our Diesel Transfer Skid. Much like our diesel filtration trolley, this system is designed to tackle the key challenges of diesel management—contaminants like water and particulate matter. Key features: - ** Two phase water vessel**: Effectively traps and collects free and suspended water from diesel to prevent corrosion and ensure smoother engine operation. Sustainable water coalescing with 10 micron cellulose medium” - **Water trap with real-time monitoring**: Our see-through trap allows for instant visibility, making it easier to assess and remove water contamination. - **Particle filter 3 micron synthetic medium **: High-efficiency filtration that removes fine particles, protecting fuel injection systems from damage. - **Integrated pump and dispensing nozzle**: A streamlined solution that combines filtration and fuel transfer in one easy-to-use system, reducing the risk of contamination during dispensing. Available in 220v or 12v and 24v options. With the **iCerMax Diesel Transfer Skid**, we continue to offer robust, reliable solutions for maintaining diesel quality across industries, from construction and agriculture to logistics and mining. Efficiency, sustainability, and innovation—this is how we are redefining fuel management. #icermax #fuelfiltration

Activated carbon can be classified by shape as follows: - Powdered activated carbon: It has a relatively small particle size, usually below several tens of micrometers and can be used for decolorization and deodorization of liquids. - Granular activated carbon: Granular in shape, with a size generally between 0.5 and 5 mm. It has a wide range of applications and can be used in water treatment and air purification. - Pellet activated carbon: Cylindrical in shape, it has high strength and good adsorption performance and is often used in gas adsorption and industrial wastewater treatment. - Spherical activated carbon: Spherical in shape, it has good fluidity and can be used in fixed bed adsorbers. #activatedcarbon #activated #carbon #factory #wholeseller #watertreatment #water #airpurification #air #purification #filter #solventrecorvery #คาร์บอนกัมมันต์ #karbon_aktif #carvão_ativado #GAC #PAC #carbón_activado #charbon_actif #활성탄 #активированный_уголь #coal_based_activated_carbon #coconut_shell_activated_carbon #powdered_activated_carbon #pellet_activated_carbon #graunlar_activated_carbon

Activated carbon can be classified by shape as follows: - Powdered activated carbon: It has a relatively small particle size, usually below several tens of micrometers and can be used for decolorization and deodorization of liquids. - Granular activated carbon: Granular in shape, with a size generally between 0.5 and 5 mm. It has a wide range of applications and can be used in water treatment and air purification. - Pellet activated carbon: Cylindrical in shape, it has high strength and good adsorption performance and is often used in gas adsorption and industrial wastewater treatment. - Spherical activated carbon: Spherical in shape, it has good fluidity and can be used in fixed bed adsorbers. #activatedcarbon #activated #carbon #factory #wholeseller #watertreatment #water #airpurification #air #purification #filter #solventrecorvery #คาร์บอนกัมมันต์ #karbon_aktif #carvão_ativado #GAC #PAC #carbón_activado #charbon_actif #활성탄 #активированный_уголь #coal_based_activated_carbon #coconut_shell_activated_carbon #powdered_activated_carbon #pellet_activated_carbon #graunlar_activated_carbon

Introducing Automatic Scraper Strainers: Ensuring Compliance and Efficiency in Wastewater Treatment 🌊 In the realm of wastewater management, the removal of suspended solids such as fats, grease, grit contaminants, and leftover process materials is not just a priority but a regulatory necessity. That's where Automatic Scraper Strainers step in as indispensable assets. Imagine a solution that not only meets water treatment requirements but also handles surprises with ease. Our Automatic Scraper Strainers are precisely engineered for such demanding environments. Designed to continually extract both large and small suspended solids from wastewater, these motorized units are equipped to tackle the toughest of challenges. How? Through a sophisticated mechanism that combines efficiency with reliability. At the heart of our Automatic Scraper Strainers lies a motorized unit managed by a fully automatic control system. This system ensures seamless operation, allowing for consistent and thorough cleaning. With four scraper brushes rotating at 8 RPM, delivering a cleaning rate of 32 strokes per minute, no particle stands a chance. Join us in revolutionizing wastewater treatment with Automatic Scraper Strainers. Let's safeguard our environment while ensuring the smooth operation of industries worldwide. Together, let's pave the way for a cleaner, greener future. #AcmeEngineeringProducts-Automatic-Scraper-Strainers#WastewaterManagement #EnvironmentalSustainability #Innovation #WaterTreatment 🌍💧

The Process of Dissolved Air Flotation In Water Treatment While dissolved air flotation systems are able to efficiently remove many different contaminants from wastewater, the process itself is somewhat complex. It begins by injecting a certain amount of air into a stream of effluent. Keep in mind that the air is injected under pressure. Once air is injected into the stream of effluent, it’s combined with wastewater in a contact chamber. At this stage of the process, the injected air will be released from the solution as extremely small bubbles that will attach themselves to any of the contaminants in the water. Once the bubbles of air are attached to the contaminants, they will rise all the way to the surface, which results in a bed of material that should be simple to remove. All that’s required is a surface skimmer to get rid of the particulates. The bed of material can then be taken to an internal hopper for additional treatment. There are numerous advantages that come with using a DAF system, the primary of which is that this type of system is highly effective at removing lighter particles like algae that are difficult to properly settle. DAF is also able to obtain a low effluent turbidity and isn’t too sensitive to extreme temperatures. When you use a DAF system, the startup time is typically less than 30 minutes, which is considerably quicker when compared to other treatments. DAF doesn’t necessarily need to produce heavy floc for the settling process, which allows you to benefit from a shorter flocculation time as well as a reduced coagulant dosage. When compared to sedimentation, the DAF process operates at higher surface loading rates. If you use mechanical sludge removal, you won’t need to thicken the solution before dewatering it because of how thick DAF sludge already is. While these benefits are available with all dissolved air flotation systems, you should consider high-rate DAF technologies for the best results.

Achieving electrolysis performance excellence is a significant challenge for the production of #greenhydrogen. The water for electrolysis must be of very high quality. However, treating the feed water to the required quality is only half the story. The water quality must also be maintained while the water circulates inside the electrolyser. This article explores what happens with the water inside the electrolyser and the implications for water treatment.