When industrial companies require ion exchange technology, one of the first questions we typically hear is, “How much does an ion exchange system cost?” This can be difficult—but not impossible—to narrow down because of all the factors that can go into engineering and putting together a system to meet the facility’s needs. In the … » Read More
For industrial facilities looking to ion exchange systems and resin technology for their purification and/or separation technology needs, an important question to consider is, “What Are the Best Ion Exchange Equipment Supply and Technology Companies?” While SAMCO is confident our custom-designed and engineered ion exchange systems are some of the best in the industry, we … » Read More
Ion exchange (IX) is commonly used across a variety of industries, especially chemical and petrochemical, power, mining and metals, food and beverage, pharmaceutical, municipal, semiconductor, and others. IX can be an efficient solution for a variety of applications, including water softening, purification, separation, and pretreatment to protect downstream equipment and improve operational performance. … » Read More
Ion exchange (IX) and reverse osmosis (RO) can be used to solve some of the same separation needs, and are sometimes even used in combination with one another. Still, IX and RO differ in a number of ways that affect their overall suitability and cost-effectiveness for a specific process or application. If you’re … » Read More
Ion exchange (IX) systems can be an efficient solution for various demineralization, purification, and wastewater treatment needs. In fact, IX systems deliver several advantages over chemical treatment, as they generally require less space, less labor, no sludge disposal, and lower operational costs. While such benefits are attractive, you might be left wondering “What are … » Read More
Reverse osmosis and nanofiltration membrane systems are used in a variety of processes and applications, and they are often spoken about in unison as they are similar membrane technologies. They are being utilized more and more by industrial facilities looking to recycle and treat water for reuse and conservation. As water scarcity issues continue to increase, … » Read More
Ion exchange (IX) systems are used across a variety of industries for water softening, purification, and separation purposes. While the chemistry of individual ion exchange reactions vary from one application to the next, IX is a treatment process where dissolved ions are replaced by other, more desirable, ions of a similar electrical charge. If … » Read More
Reverse osmosis and nanofiltration are often spoken about in unison as they are similar membrane technologies that solve a variety of process separation and filtration needs. The two technologies are being utilized more and more by industrial facilities looking to recycle and treat water for reuse and conservation. As water scarcity issues continue to … » Read More
Reverse osmosis (RO) and Nanofiltration (NF) are used across a wide variety of industrial applications for removal of dissolved materials from liquid streams. Implemented judiciously, RO and NF are effective strategies for recycling process liquids, reducing waste water, recovering and concentrating dissolved materials, and generating potable water. If your industrial facility requires removal of … » Read More
As global demands for clean water increase, more and more industrial facilities are looking toward membrane filtration solutions, such as reverse osmosis (RO) and nanofiltration (NF), to help manage intake, process, and waste water treatment. Using membrane filtration can help your facility reuse wastewater and virtually eliminate discharge fees, and depending on the industry … » Read More
Reverse osmosis (RO) and nanofiltration (NF) are membrane filtration technologies that are designed to remove solute ions and molecules from a pretreated liquid stream. Well-designed RO/NF units are compact and demand relatively little maintenance, making them an attractive alternative to conventional treatment trains. Even despite the merits of today’s efficient RO/NF technologies, it pays … » Read More
For industrial facilities looking to reverse osmosis (RO) or nanofiltration (NF) membrane systems for their purification and/or separation technology needs, an important question to consider is, “What are the best companies for reverse osmosis and nanofiltration membrane systems?” While SAMCO is confident our custom-designed and engineered RO and NF treatment solutions are some of the … » Read More
Reverse osmosis (RO) and Nanofiltration (NF) are physical separation technologies used to remove contaminates from liquid streams. In recent years, RO/NF technologies have become more efficient and affordable for use across a variety of industrial applications, including potable water generation and the treatment of brackish water, seawater, and wastewater. If you’re wondering what filtration … » Read More
Determining whether or not an industrial plant needs a microfiltration (MF) and/or ultrafiltration (UF) membrane system isn’t always as straightforward as it seems. While these systems are not essential for every industrial process, when thoughtfully implemented within an intake, process, or waste stream, they can go a long way in improving a facility’s efficiency … » Read More
Microfiltration (MF) and Ultrafiltration (UF) are used to separate, fractionate, clarify, and purify process streams for a variety of industrial applications. MF and UF systems are used widely across the dairy, food and beverage, biotechnology, pharmaceutical, and automotive industries, and recent advances in filtration membrane technology and module design have made MF/UF increasingly cost-effective … » Read More
Microfiltration and ultrafiltration (MF/UF) membrane systems are used in a variety of processes and applications. They can help facilities treat boiler feed water, separate out contaminated waste to acceptable effluent standards, and manufacture safe food and/or beverages, to name a few. If your facility might require MF/UF membrane system technology, you are likely wondering, “How … » Read More
Microfiltration (MF) and ultrafiltration (UF) solve a variety of process liquid treatment and purification needs, generally with low operational costs and a small footprint. MF and UF are typically incorporated within a larger treatment process, and, when used to pretreat process streams, MF/UF systems are particularly effective at preventing costly fouling of downstream equipment, … » Read More
Microfiltration (MF) and Ultrafiltration (UF) are membrane-based filtering technologies that use thin layers of semipermeable material to separate out contaminating particles, such as organic material, bacteria, suspended solids, and other pollutants. In industries such and dairy, pharmaceutical, and chemical, the separated material may be a product they are recovering, and more facilities continue to … » Read More
Microfiltration (MF) and ultrafiltration (UF) are both processes by which a contaminated liquid is passed through a semipermeable membrane that removes solids too large to fit through the membrane’s pore size, yielding a purified liquid stream. To what degree the stream is purified depends on the contaminants present and the pore size of the … » Read More
Whether you are looking for a microfiltration or ultrafiltration (MF/UF) membrane system that will help your facility manufacture safe food and/or beverages, boiler feed water for industrial process, or treat contaminated waste to acceptable effluent standards, it can be overwhelming to search for the MF/UF membrane system that is ideal for your specific application. … » Read More
Not every industrial facility that produces wastewater will require zero liquid discharge (ZLD). It is usually looked to as a last resort because it can be a complex process that requires a high initial investment. If a facility is located on a site that has severe water scarcity issues and/or astronomical discharge fees, it … » Read More
An industrial company that produces wastewater as a byproduct of its process will usually require some type of wastewater treatment system to help it avoid harming the environment, human health, and the facility’s process if the water is being reused. The water treatment system will also help the facility evade incurring heavy fines and … » Read More
If your industrial facility discharges its waste into deep wells, streams, sewers to publicly owned treatment works (POTWs), and/or other waterways, it is likely there are some types of regulations on discharging the waste. With an increasing push toward environmental protection, many industrial facilities and effluent regulators are strengthening strategies to reduce industrial process … » Read More
As more and more facilities are turning to zero liquid discharge (ZLD) for wastewater treatment and effluent reduction—whether it’s to comply with local discharge regulations or recycle and reuse as much water as possible in your process—more information is becoming available about the possible issues your facility might face while using ZLD technology. Because … » Read More
With an increasing push for environmental protection, many industrial facilities and effluent regulators are making decisions that lessen their impact on the environment and human health. Changes and implementations are constantly being discussed and met both nationally and internationally to change the way industrial facilities discharge waste, and it is important to know which … » Read More
With increasing stewardship of environmental protection, both nationally and internationally, many industrial facilities and effluent regulators are strengthening strategies to reduce industrial process waste by implementing zero liquid discharge (ZLD), a process that limits liquid waste at the end of your industrial process to—as the term suggests—zero. A more recent example of how ZLD … » Read More
For industrial companies producing wastewater as part of its process, some type of wastewater treatment system is usually necessary to ensure safety precautions and discharge regulations are met. The most appropriate wastewater treatment system will help the facility avoid harming the environment, human health, and a facility’s process or products (especially if the wastewater is … » Read More
Not properly treating wastewater can potentially harm the environment, human health, and a facility’s process or products (especially if the wastewater is being reused). It can also cause a company to incur heavy fines and possible legal action if wastewater is being improperly discharged into a POTW (publicly owned treatment works) or to the … » Read More
For industrial companies producing wastewater as a byproduct of their process, some type of wastewater treatment system is usually necessary. Failing to properly treat your wastewater can potentially harm the environment, human health, and your process, in addition to causing your facility to incur heavy fines and possible legal action if it is being … » Read More
Whether you own, operate, or help manage a municipal or industrial facility that deals with wastewater, it’s important to understand how wastewater treatment can play a significant role in the overall health of your business, especially when it comes to meeting effluent regulations. This is an important part of the wastewater treatment process to … » Read More
Whether you own, operate, or help manage a municipal or industrial facility that deals with wastewater, it’s important to understand how wastewater treatment can play a significant role in the overall health of your business. This is an important part of the process to consider, as ignoring it could earn your company various fines … » Read More
Here at SAMCO Technologies, we understand that proper, economical industrial wastewater treatment is essential to the efficiency and overall success of your everyday process. Improper treatment can lead to valuable process water going down the drain in addition to costly violations of local POTW (publicly owned treatment works) and environmental regulations. While our custom-engineered … » Read More
For industrial companies using a cooling tower for its facility, some type of cooling tower water treatment system is usually necessary to ensure an efficient process and long equipment service life. If cooling tower water is left untreated, organic growth, fouling, scaling, and corrosion can reduce plant productivity, cause plant downtime, and require costly … » Read More
In order to keep your production flowing smoothly and avoid costly damage to your cooling tower equipment, the proper treatment of your cooling tower water is essential. If cooling tower water is not properly treated, organic growth, fouling, scaling, and corrosion can reduce plant productivity, cause plant downtime, and require costly equipment replacements down … » Read More
Although cooling towers are generally some of the most cost-effective cooling mechanisms as compared to other cooling technologies (such as many dry air cooling systems), it is still important to monitor your industrial cooling tower efficiency and run it as seamlessly as possible. This will ensure your facility can: Save energy Reduce the amount of … » Read More
For companies using cooling towers to remove heat from an industrial process or for cooling large buildings, there are several issues that can surface during the cooling tower water treatment process that we see on a regular basis. Because these issues occur often, it’s important to know what to look out for in advance, … » Read More
When an industrial plant or building decides whether or not to invest in a cooling tower water treatment system, it is a decision that shouldn’t be taken lightly. Petrochemical plants, chemical manufacturers, refineries, and all kinds of large buildings and facilities using cooling towers, whether they’re used as part of the industrial process or … » Read More
Here at SAMCO technologies, our custom-engineered, cutting-edge solutions for your cooling tower water treatment needs have been developed by helping our customers solve some of the most complex purity and separation issues globally for over 40 years. Because of our skilled engineers and overall expertise in cooling tower water treatment, we are confident that … » Read More
For industrial companies using a boiler for its facility, some type of boiler feed water treatment system is usually necessary to ensure an efficient process and quality steam generation. The most appropriate boiler feed water treatment system will help the facility avoid costly plant downtime, expensive maintenance fees, and boiler failure as a result of scaling, corrosion, … » Read More
When treating boiler feed water (the combination of boiler makeup and condensate return water), several issues can arise that cause boiler scaling, corrosion, fouling, and system failure. Below, we break down the most common boiler feed water issues and how to avoid them to help ensure system efficiency and operational safety. While treating boiler … » Read More
When it comes to choosing technology for boiler feed water treatment, knowing the feed water source quality in relation to the water quality required for your specific boiler is essential, as inadequate water treatment can lead to the scaling, corrosion, and fouling of the boiler and downstream equipment. We’ve mentioned this before in some … » Read More
If you use an industrial boiler to create energy with steam, chances are you need some sort of boiler feed water treatment system. But why? We know that natural water sources carry impurities that can cause harmful deposits, carryover, and corrosion in your boiler system. We also know that the higher the pressure your … » Read More
When using boilers for an industrial plant and process, one of the most important things to implement is the appropriate treatment of the boiler feed water before it has a chance to scale and corrode equipment. Before beginning any process with a boiler, understanding the makeup and return water chemistry/characteristics, the manufacturer’s requirements for … » Read More
Here at SAMCO Technologies, we understand that proper, economical treatment of your boiler feed water is essential to the efficiency and overall success of your everyday process. Fouling, corrosion, and scaling can all decrease the service life and dependability of downstream equipment, driving up cost and disrupting project flow. While our custom-engineered boiler feed … » Read More
Determining whether or not you need a raw water treatment system for your industrial facility can be a difficult decision. But if your plant draws from a raw water source (such as a river, lake, ocean, or groundwater), chances are you will need some sort of treatment. If left untreated, what is present in … » Read More
For industrial companies using raw water for their plant, some type of raw water treatment system is usually necessary to ensure an efficient plant production process and quality manufactured products. The best raw water treatment system for the facility will help it avoid costly plant downtime, expensive maintenance fees, and not being able to sell its … » Read More
For industrial companies using a raw water source for its facility, some type of raw water treatment system is usually necessary to ensure an efficient process and quality product. The most appropriate raw water treatment system will help the facility avoid costly plant downtime, expensive maintenance fees, and not being able to sell its … » Read More
For industrial companies treating a raw water source for its processes, there are several issues that can surface during treatment that we see on a regular basis. We’ve broken out the five most common problems with raw water treatment and how to avoid them below. Whether you’re designing a new plant or updating existing … » Read More
In light of the Flint water crisis—when, in 2014, Flint officials changed the city’s water source from the Detroit Water and Sewerage Department to the Flint River, leaching unsafe levels of lead into the public water supply due to improper treatment—many people are wondering if the same thing could happen in their own communities … » Read More
When our customers come to us for separation/purification solutions, many times we need to begin the process with a treatability study. Treatability studies can be done on all kinds of streams, but for this article, we’ll focus on wastewater, in particular. So what is a wastewater treatability study and how does it work? What … » Read More
Raw water (untreated water found naturally in the environment) can come from many sources, including rivers, lakes, oceans, or groundwater. But when you are using this water for either domestic and/or industrial use, many times it needs to be treated first, depending on what you need it for. Since what is present in the … » Read More
When our customers ask “How Much Does a Water/Wastewater Treatability Study Cost?,” it’s difficult to answer this definitively, as several factors go into estimating the cost. Also, the costs will vary depending on the customer’s individual needs. Therefore, this article will explore the different factors that make up the cost of a treatability study … » Read More
When it comes to deciding how to treat the raw water coming into your plant, here at SAMCO, we know it’s a complicated decision that can add cost to your bottom line—but is it necessary? In this article, we explore whether or not it’s important to treat your raw water and consider what the … » Read More
Here at SAMCO technologies, our custom-engineered, cutting-edge solutions for your raw water treatment needs are the result of helping our customers solve some of the most complex purity and separation issues globally for over 40 years. Because of our skilled engineers and overall expertise in raw water treatment, we are confident that our solutions … » Read More
The recent updates to the U.S. Environmental Protection Agency’s (EPA) Steam Electric Power Generating Effluent Guidelines (also known as effluent limitation guidelines or ELGs) for steam electric power plants mean significant updates for most plants involved. Since the EPA circulated the first round of regulations in 1974 with the last changes made in 1982, … » Read More
When thermal power plants ask us “How Much Should a Boiler Feed Water Treatment System for a Thermal Power Plant Cost?” it’s often challenging—but not impossible—to estimate. Since the process of maximizing water treatment options and generating an efficient system design is complex and based on several factors (the water treatment systems are … » Read More
When industrial companies look into purchasing a wastewater treatment system for their plant, first and foremost they want to know, “How much does a wastewater treatment system cost?” Because wastewater treatment is a highly complex, custom solution, several factors go into choosing the right treatment options. It is crucial to treat your waste properly, … » Read More
Treating cooling tower water properly is essential to the success and efficiency of your process. Organic growth, fouling, scaling, corrosion, and water scarcity are all challenges that can reduce plant productivity and require costly equipment replacements down the road, but “How Much Does a Cooling Tower Water Treatment System Cost?” In order to keep … » Read More
When companies come to us looking for a boiler feed water treatment system, one of the hardest questions to answer is, “How Much Does a Boiler Feed Water Treatment System Cost?” The costs can be complex to estimate, but it’s not impossible to narrow down what you might spend based on several factors—varying boiler … » Read More
For industrial companies looking to purchase a raw water treatment system for their plant, one of the first things they want to know is, “How much does a raw water treatment system cost?” As you might have guessed, the answer to this question can be complex with several factors that go into choosing the … » Read More
