Ultrafiltration: Common Industrial Applications and Uses

The ultrafiltration market is growing rapidly—and for good reason. With a list of benefits including energy efficiency, consistent water quality, high recovery rates, a small footprint, and little to no chemical use, it’s no wonder that the use of ultrafiltration is growing across all industrial sectors. Here, we’ll take a look at the importance of … » Read More

What is ultrafiltration and how does it work?

Ultrafiltration has been around in concept for over a century, but it has only just come into broad use within the last few decades as advances in the technology have made it more cost-effective. Analysts are expecting that the ultrafiltration market will continue to show strong growth over the next several years, with rising demand … » Read More

Power Generation and How Water Systems Make or Break It

Water and energy are so deeply connected that there’s actually a name for the relationship between the two: the water-energy nexus. Indeed, energy production requires the use or consumption of water; likewise, all of the processes used to draw, transport, heat, cool, treat, or dispose of water or wastewater consume energy. As water becomes scarcer, … » Read More

What Are the Best Water Treatment Companies for EPC Projects?

Investment in water treatment systems may help you to achieve a number of goals, like expanding water infrastructure; conserving water, energy, or other resources; or achieving compliance with environmental regulations. Whatever your goals may be, here at SAMCO, we understand that water and wastewater treatment is critical to the efficiency and overall success of your … » Read More

Industry Focus: Electronics Industry Trends and What They Mean For Your Water Management Strategy

  The electronics industry produces all of the devices to support life in an increasingly tech-focused world, including everything from mobile devices and televisions to industrial electronics and telecommunications components. At the core of the electronics industry is the semiconductor sector, which is responsible for producing the chips that are needed for manufacture of devices … » Read More

Industry Focus: Petrochemical and Chemical Industry Trends and What They Mean For Your Wastewater Management Strategy

Chemical and petrochemical products are so central to manufacturing that it’s hard to find examples of goods that don’t involve them at some point in production. From primary chemicals used in manufacturing to end-consumer goods, the chemical and petrochemical industry’s products span plastics, packaging, fertilizers, electronics, cleaners, disinfectants, pharmaceuticals, automotive parts, construction materials, clothing, and … » Read More

Working with EPC Contractors: A Q&A with Industry Insiders

Engineering, procurement, and construction (EPC) contracts are on the rise for large industrial construction projects, particularly within the power, manufacturing, and oil and gas sectors. In essence, an EPC firm provides all design and construction services under a single contract. This can yield efficiencies in the execution of the project compared to other delivery approaches, … » Read More

Case Study: UF Wastewater Treatment Solution for a Steel Mill

Membrane technologies deliver expanded capacity, reuse-ready effluent in an innovative wastewater treatment application for hot-formed steel manufacturing Background When a North American steel mill decided to expand its production capacity, it knew an expansion of its wastewater treatment plant was in order as well. But as the steel mill took stock of its existing challenges … » Read More

Industry Focus: How the Power Industry is Evolving and What it Means for Your Wastewater Management Strategy

It’s no secret that the power industry is undergoing a transformational moment. We’re already starting to see how the current energy transition is having far-reaching impacts across other industrial sectors, particularly in regards to water use.  Water use and energy production share a complex, intertwined relationship, and profound changes in the power industry are having … » Read More

Are you in compliance? A checklist to prepare for changing environmental regulations

Are you in compliance?: A checklist to prepare for changing environmental regulations   Wastewater treatment is often necessary to protect the environment, human health, and ensure consistent quality in a facility’s process or products. Without a proper treatment strategy, a facility risks running afoul of state and federal environmental regulations, potentially resulting in heavy fines … » Read More

PFAS and Regulatory Changes: Are You Ready?

PFAS substances have been getting lots of attention lately, largely due to a growing body of evidence demonstrating their toxicity, as well as a resulting flurry of regulatory activity. With restrictions around the manufacture, importation, use, and disposal of PFAS substances set to tighten in coming years, it’s worthwhile to take a closer look at … » Read More

Carbon Capture and Sequestration: Impacts and Outlook

Now more than ever, those in the power industry, manufacturers, oil and gas producers, and others are looking for ways to make operations more environmentally sustainable. One area that has increasingly caught the interest of researchers, regulators, and those in industry is carbon capture technology. Here, we offer a simple explanation of how carbon capture … » Read More

SAMCO’s patented processes offer innovative solutions for the oil and gas industry

  Along with maximizing petroleum yields, oil producers are challenged to make effective use of resources in order to keep costs down and stay in compliance with discharge regulations. While conventional separation and water treatment trains are effective, they are often large and heavy, can consume a lot of chemicals, and may create large volumes … » Read More

Supply chain volatility and unplanned outages: what you need to know and how SAMCO can help

Unplanned downtime has always been a costly issue for industrial facilities, but current supply chain disruptions threaten to make the problem worse. In an era of uncertainty stemming from extended lead times and limited supply, manufacturers will need additional foresight to maintain their spare parts and supply inventories. Here, we’ll take a look at the … » Read More

MFCs and the Future of Wastewater Treatment Technology

Emerging technologies that enhance the sustainability or cost-effectiveness of current wastewater treatment technologies often grab their fair share of headlines—and for good reason. For those of us concerned with wastewater treatment, the need to make more efficient use of water and energy resources is quickly becoming a top priority. One of such promising innovations is … » Read More

How to Remove Mercury From Your Industrial Water and Wastewater

Mercury (Hg) is a well-known heavy metal that both occurs naturally and can be introduced to air and water through human activity. With its high toxicity, mercury has been the subject of stringent restrictions surrounding its use and disposal since the 1960s. Industrial facilities that deal with mercury, such as those within the chlor-alkali and … » Read More

Bitcoin Mining and the Power Industry: Impacts and Outlook

You’ve no doubt heard of Bitcoin, the digital currency ecosystem that’s recently been getting attention for its steeply ascendant price, as well as for its impacts on the energy industry and the environment. While it was initially slow to take hold, adoption of Bitcoin is growing fast, prompting questions about its impact on the power … » Read More

Aerial view of a wastewater treatment facility showcasing trickling systems

Are Biological Trickling Filters Right for Your Municipal Wastewater Treatment Facility?

With a history stretching back well over 100 years, trickling filters are a well-known type of biological wastewater treatment technology that is still used widely over the world. Biological trickling filters have a reputation for reliability and efficiency in secondary wastewater treatment applications, and is particularly well-suited for small to mid-sized municipalities. In this article, … » Read More

Can a membrane bioreactor be right for your wastewater treatment facility?

Can a membrane bioreactor be right for your municipal wastewater treatment facility?

Can a membrane bioreactor be right for your wastewater treatment facility? Membrane bioreactors (MBRs) are a type of secondary wastewater treatment technology that combines membrane filtration with biological treatment. Newer and generally more expensive than conventional biological treatment options, MBRs have traditionally been reserved for smaller scale wastewater treatment applications. Since the late 1990’s, however, … » Read More

What to Do If You Have Cyanide in Your Industrial Wastewater

Cyanide can be found in industrial wastewater streams generated by the production of a broad range of goods and materials, including refined metals and alloys, leather, paints, pigments, wood preservatives, electronics, and chemicals, among others. Given that cyanide is both highly toxic and highly regulated, however, you may be wondering what to do if you … » Read More

What Is Cyanide and How Does It Impact Your Industrial Process?

Contrary to what most people think when they hear the word “cyanide,” the term doesn’t just point to a single substance, but instead represents a number of compounds that share in one key detail: they all include a cyano group somewhere in their chemical structure. This cyano group, which consists of a carbon-nitrogen anion, imparts … » Read More

Which Technologies Are the Best for Removing Sulfates from Industrial Process and Wastewater?

Which Technologies Are the Best for Removing Sulfates from Industrial Process and Wastewater?

As water flows naturally underground, it picks up some of the minerals it dissolves from the surrounding soil and rocks. These minerals typically include sulfates, which are present in almost every type of water found in nature, including groundwater, oceanwater, and rainwater, and even crude oil and brines. They are also present in many industrial … » Read More

Acceptable Lead Levels in Wastewater and the Need for Removal

Lead (Pb) is a heavy metal that is well-known for its high toxicity and the hazards it presents to human, plant, and animal life. Given the risks posed by lead entering waterways and drinking water supplies, discharge of lead-contaminated wastewater streams is heavily regulated across most regions of the world. In this article, we’ll take a … » Read More

How to Remove Lead from Your Industrial Water and Wastewater

How to Remove Lead from Your Industrial Water and Wastewater

Lead (Pb) is perhaps one of the most well-known and closely monitored contaminants found in drinking water, but it is also an area of concern for industrial facilities. These facilities typically pursue lead-removal technologies in order to comply with regulatory wastewater contaminant limitations, though many of the same technologies can be used to help meet … » Read More

Which Technologies Are the Best at Removing Chromium from Industrial Water and Wastewater?

Which Technologies Are the Best at Removing Chromium from Industrial Water and Wastewater?

Chromium (Cr) is a chemical element that is used in the production of a broad range of goods and materials, including refined metals and alloys, leathers, paints, pigments, wood preservatives, electronics, and chemicals. Because of its anticorrosive properties, it’s also the main additive in stainless steel. Wastewater resulting from these and other industrial activities can … » Read More

Ion Exchange vs. Membrane Filtration for Removing Silica from Industrial Process Water

Ion Exchange vs. Membrane Filtration for Removing Silica from Industrial Process Water: Which Is Better?

As an industrial facility draws in water for its processes, a host of undesirable contaminants that need to be removed will come in along with it. One of the most difficult-to-treat contaminants is also one of the most abundant: silica. Removing silica, which is the dioxide of silicon (SiO2), can be difficult; is found in … » Read More

Do You Need to Remove Copper From Your Wastewater?

Do You Need to Remove Copper From Your Wastewater?

Copper can show up in waste streams generated by nearly any industry, including the mining and metals, electronics, power, construction, and pulp and paper industries, among others. While copper is fairly innocuous at very low levels, high quantities such as that found in some industrial wastewater streams can pose a hazard to human health and … » Read More

What’s the Best Way to Remove Copper from Industrial Wastewater?

What’s the Best Way to Remove Copper from Industrial Wastewater?

Copper (Cu) is a heavy metal that is mined for and used in a variety of industrial processes, including metals plating and printing as well as the manufacturing of electronic components, circuit boards, paints, pigments, paper, pulp, and fertilizer. Like other heavy metals, copper is a valuable yet potentially hazardous material that when present in … » Read More

Best Industrial Water Treatment System Companies for Removing Silica

Best Industrial Water Treatment System Companies for Removing Silica

It’s important to know which industrial water treatment companies are ideal for removing silica since silica removal can be a challenge for a number of reasons—ranging from common applications, such as preventing scale in boilers, cooling towers, or other equipment, to more specialized applications, such as treating water for painting, coating, and car wash applications … » Read More

Five Ways Your Industrial Facility Can Reduce Wastewater Discharge Volume

Five Ways Your Industrial Facility Can Reduce Wastewater Discharge Volume

As populations rise and continue to tax waterways alongside the effects of climate change, increasing water-access fees and ever-tightening effluent regulations can all seem to create a losing battle for industrial facilities that are looking to keep ahead of the water-shortage curve. If your facility, however, does a little preparation now in order to reduce … » Read More

What are the Best Ways Manufacturing Facilities in the Chemical Industry Can Reduce Water Usage?

What are the Best Ways Manufacturing Facilities in the Chemical Industry Can Reduce Water Usage?

If your chemical manufacturing facility needs better water-saving solutions for its business, you might be wondering, What are the best ways manufacturing facilities in the chemical industry can reduce water usage? Here, we’ll examine some of the methods you’ll need to consider as a water-tight industrial future ushers in stronger regulations and steeper water-usage fees, … » Read More

Reducing and Reusing Water in the Steel Manufacturing Industry

Reducing and Reusing Water in the Steel Manufacturing Industry

Steelmaking on an industrial scale dates back well over 100 years. Throughout its history, the steel industry has generated products that not only meet a variety of consumer needs but also play a critical role in manufacturing, construction, and transportation industries, among others. Whether produced from iron ore or recycled from scrap, steel production is … » Read More

How to Reduce Water Usage in the Pulp and Paper Industry

How to Reduce Water Usage in the Pulp and Paper Industry

Without water—and lots of it—manufacturing pulp and paper would be all but impossible. Water usage in the pulp and paper industry is needed in almost every part of the process, whether the facility is digesting wood chips, making fiber slurries, or washing the machinery and rollers. Despite there being great progress over the years, increasing … » Read More

DOWEX UPCORE™ vs. ADVANCED AMBERPACK™: What’s the Difference?

DOWEX UPCORE™ vs. ADVANCED AMBERPACK™: What’s the Difference?

If you’ve been investigating process water treatment and separation solutions, chances are that you may have run across DOWEX UPCORE™ and ADVANCED AMBERPACK™. Indeed, these technologies are used across a number of industries, and remain popular solutions for various ion exchange applications. In this article, we’ll discuss the similarities and differences between DOWEX UPCORE™ vs. … » Read More

What is AMBERPACK™ Ion Echange and How Does It Work.docx

What Is AMBERPACK™ Ion Exchange and How Does It Work?

For industrial facilities looking to boost the efficiency of its source water treatment, AMBERPACK™ ion exchange might be the compact solution you’re looking for. With efficient water treatment capabilities and a small footprint, these systems are some of the best ion exchange technologies on the market. But while you’re exploring the different ion exchange systems … » Read More

DOWEX UPCORE™ Ion Exchange: Design Considerations for Optimal Performance

For most facilities, DOWEX UPCORE™ technology offers a variety of benefits over other ion exchange technologies, such as greater flexibility in capacity, less chemical and water consumption, and reduced maintenance. UPCORE™ is in many ways a superior ion exchange technology for process water treatment, however, as with any ion exchange system, improper system design, use, … » Read More

What Is DOWEX UPCORE™ Ion Exchange and How Does It Work?

As your facility navigates the various available process water treatment options, perhaps you’ve heard of ion exchange—or, even more specifically, DOWEX UPCORE™—throughout your pure-water solution research. Especially useful for industrial facilities that power their process with steam, these water filtration technologies can increase the efficiency of your process while increasing water demineralization capabilities, essentially providing higher … » Read More

How Do You Remove Silica from Industrial Water and Wastewater?

How Do You Remove Silica from Industrial Water and Wastewater?

Silica is among the most common substances encountered on Earth, so it is no surprise that it is almost always present in source water, process water, and wastewater streams. For industrial facilities, proper management of silica levels is important to ensuring optimal function and performance life for equipment. But how do you remove silica from … » Read More

What Are the TDS Limitations for Ion Exchange Resins and Why Does It Matter for Your Facility?

What Are TDS Limitations for Ion Exchange Resins and Do They Matter?

Ion exchange (IX) systems are an economical means of treating liquid waste and process streams across a range of industries. Although IX can be an excellent choice for many water softening, purification, and separation applications, its performance can be less than ideal when used to treat streams with high total dissolved solids (TDS) content. Whether … » Read More

What Is a Biological Sewage Treatment System and How Does It Work?

What Is a Biological Sewage Treatment System and How Does It Work?

While most sewage is treated by local municipalities, it is done so in various ways. In the United States, these local municipal facilities must follow both federal and local regulations in terms of the purity requirements for the treated effluent, and although they are treating roughly the same types of human waste, their methods for … » Read More

Biological vs. Chemical Wastewater Treatment in the Food and Beverage Industry Which Is Better for Your Facility

Biological vs. Chemical Wastewater Treatment in the Food and Beverage Industry: Which Is Better for Your Facility?

Biological vs. chemical wastewater treatment: are both used in the food and beverage industry? And if so, how are you supposed to know which is best your facility’s wastewater treatment needs? In the article below, we’ll explore the different ways these two technologies are used, and discuss how, in certain instances, you might need one, … » Read More

Common Problems with Biological Wastewater Treatment Systems in the Food and Beverage Industry and How to Avoid Them

Common Problems with Biological Wastewater Treatment Systems in the Food and Beverage Industry and How to Avoid Them

Biological wastewater treatment systems offer an economical means for removal of organic constituents, making them a popular choice within the food and beverage industry. Still, some aspects of food and beverage production present challenges for biological treatment, which can lead to unpredictability, inefficiency, and even damage to wastewater treatment systems if left unresolved. So, “what … » Read More

Troubleshooting Biofiltration Wastewater Treatment System What Your Industrial Facility Should Know

Troubleshooting Biofiltration Wastewater Treatment Systems: What Your Industrial Facility Should Know

Biofiltration wastewater treatment systems can be efficient and economical technologies for breaking down and removing organic contaminants from wastes such as those produced in the food and beverage, chemical manufacturing, oil and gas, and municipal industries. These systems use bacteria and their naturally feeding and decay cycles occurring to break down and consume unwanted contaminants. Mostly used … » Read More

What Are Biofiltration Vapor Treatment Systems and How Do They Work

What Are Biofiltration Vapor Treatment Systems and How Do They Work?

If your industrial or municipal facility generates volatile, odorous vapor waste, biological treatment might be an appropriate choice for your facility. These systems can be efficient and economical technologies for breaking down and removing organic contaminants from contaminated vapor such as those produced in the food and beverage, chemical manufacturing, oil and gas, and municipal industries. But “what is a … » Read More

What Is a Biological Wastewater Treatment System and How Does It Work in the Food and Beverage Industry

What Is a Biological Wastewater Treatment System and How Does It Work in the Food and Beverage Industry?

Dealing as it does with products ultimately destined for human consumption, it’s tempting to assume that the food and beverage industry has little need for biological wastewater treatment compared to other industries. Still, food and beverage waste streams frequently contain excess biological material that can pose risks to the environment and to publicly owned treatment … » Read More

What Is a Biofiltration Wastewater Treatment System and How Does It Work...

What Is a Biofiltration Wastewater Treatment System and How Does It Work?

If your industrial or municipal facility generates organic-laden wastes, biological wastewater treatment might be an appropriate choice for your facility. These systems can be efficient and economical technologies for breaking down and removing organic contaminants from wastes such as those produced in the food and beverage, chemical manufacturing, oil and gas, and municipal industries. But “what … » Read More

Common Problems with Anaerobic Wastewater Treatment Systems and How to Avoid Them

Common Problems with Anaerobic Wastewater Treatment Systems and How to Avoid Them

There are several different types of anaerobic wastewater treatment technologies, but some commonly used include lagoons; anaerobic digestors like UASBs (upflow anaerobic sludge blankets) and EGSBs (expanded granular sludge beds); and packed bed anaerobic filters. They tend to exhibit the same common anaerobic bacteria­-managing issues. Below, we break down what these issues are including ways … » Read More

Aerobic Wastewater Treatment Systems

What Are Aerobic Wastewater Treatment Systems and How Do They Work?

Typically used as a secondary wastewater treatment method after the initial larger contaminants have been settled and/or filtered out, biological wastewater treatment systems can be efficient and economical technologies for breaking down and removing organic contaminants from heavily organic-laden wastes, such as those produced in the food and beverage, chemical manufacturing, oil and gas, and … » Read More

How Much Do Anaerobic Wastewater Treatment Systems Cost

How Much Do Anaerobic Wastewater Treatment Systems Cost?

Anaerobic wastewater treatment is a type of biological treatment that is typically used for treating waste streams with high concentrations of organic contaminants. If you are exploring wastewater treatment options for your facility, you may be wondering “how much do anaerobic wastewater treatment systems cost?” The short answer is that the cost of anaerobic treatment … » Read More

Common Problems with Aerobic Wastewater Treatment Systems and How to Avoid Them

Common Problems with Aerobic Wastewater Treatment Systems and How to Avoid Them

When engineering, designing, installing, and running an aerobic wastewater treatment system for your industrial facility, issues most commonly arise during the engineer/design and operational phases. We break down some of the more frequently occurring mishaps during these two parts of the process below. BOD- and COD-overloaded system The problem When aerobic wastewater treatment systems are designed, … » Read More

What is anaerobic treatment and how does it work

What Is Anaerobic Wastewater Treatment and How Does It Work?

Anaerobic wastewater treatment has a well-deserved reputation for efficient, low-odor treatment of streams with high concentrations of organic contaminants. If you’re investigating biological treatment processes, you’ve no doubt asked questions like “What is anaerobic wastewater treatment?” and “How does anaerobic wastewater treatment work?” This article will provide an approachable introduction to anaerobic treatment, and help … » Read More

Common Problems with Biological Wastewater Treatment Systems and How to Avoid Them

Biological wastewater treatment systems can be a big investment for your facility. When implemented correctly, these systems will provide your process with a long list of benefits, but there can be some challenges with purchasing these systems, too. If your facility is considering biological wastewater treatment, you might be wondering if there are common problems … » Read More

How Much Do Aerobic Wastewater Treatment Systems Cost?

How Much Do Aerobic Wastewater Treatment Systems Cost?

Aerobic wastewater treatment is a type of biological treatment that can be efficiently leveraged for a variety of organics removal applications. If you are exploring biological treatment options for your facility, you may be wondering “how much do aerobic wastewater treatment systems cost?” Since aerobic wastewater treatment systems come in a variety of forms, cost … » Read More

Are Both Anaerobic and Aerobic Systems Used in Wastewater Treatment

Anaerobic vs. Aerobic Wastewater Treatment Systems: What’s the Difference?

Anaerobic and aerobic systems are two types of biological wastewater treatment. While they are similar in many ways, they also differ substantially, inviting questions like “Are both anaerobic and aerobic systems used in wastewater treatment?” and “What is the difference?” Indeed, anaerobic and aerobic wastewater treatment technologies can be used independently or in combination with … » Read More

What Are the Best Biological Wastewater Treatment Equipment Supply and Technology Companies

What Are the Best Biological Wastewater Treatment Equipment Supply and Technology Companies?

Biological wastewater treatment systems can be efficient and economical technologies for breaking down and removing organic contaminants from heavily organic-laden wastes, such as those produced in the food and beverage and municipal industries. Since this type of treatment can be made up of an extremely complex set of technologies that use natural processes to break … » Read More

Biological Wastewater Treatment Systems Cost

How Much Do Biological Wastewater Treatment Systems Cost?

Biological wastewater treatment systems are commonly deployed for industrial streams with high concentrations of organic contaminants, such as waste streams produced by food, beverage, chemical manufacturing, refining and petrochemical, mining and leachates, textile and industrial laundering, and municipal waste treatment industries. Biological wastewater treatment can be an efficient and cost-effective choice over surcharge payments to … » Read More

Biological vs. Chemical Wastewater Treatment Which Is Better for Your Industrial Facility?

When comparing biological and chemical wastewater treatment strategies, how do you know which technologies will best suit your facility’s treatment needs? Fundamentally, biological treatment uses living bacteria to do the bulk of the purification while chemical treatment uses chemical reactants to accomplish the work, and at first glance, the comparisons seem straightforward—but what contaminants do … » Read More

What Is a Biological Wastewater Treatment System and How Does It Work?

For an industrial company producing waste 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 a facility avoid harming the environment, human health, and a facility’s process or products (especially if the wastewater is being reused). … » Read More

How Can You Reduce Water Used in Electrical Generation?

Electrical generation plants are among the heaviest water users industrially, second only to agriculture. As public concern for water scarcity continues to grow, power plants can expect to see new regulations targeting their use of water, as well as increasing costs for sourcing and discharging water. To stay viable in the long term, electrical generation … » Read More

How Much Does It Cost to Properly Maintain Membrane Filtration Systems vs. Treat Fouled Membranes? 

When it comes to membrane filtration systems, particularly with microfiltration (MF), ultrafiltration (UF), reverse osmosis (RO), and nanofiltration (NF), fouling can decrease production levels, increase energy consumption, and damage equipment, which can all add unnecessary expenses to your facility’s bottom line. Even the slightest change to operating procedures, stream composition, pH, and temperature, among other factors, … » Read More

Industry and Water Shortages: Is Your Facility Ready?

As water accessibility continues to shift and industry water shortages increase, most industrial facilities will need to adapt in some way. Water-intensive industries, in particular—such as the agriculture, food and beverage, and energy industries—will need to be the most resourceful, but the likelihood continues to increase that any industry could be affected. In areas where … » Read More

What Are the Best Companies for Cleaning Fouled Membranes?

When it comes to membrane filtration and fouling—specifically for microfiltration (MF), ultrafiltration (UF), reverse osmosis (RO), and nanofiltration (NF)—diagnosing system performance issues can be complicated. Even the slightest change to operating procedures, stream composition, pH, temperature, etc., can alter the corrective measures needed to keep membranes working properly. But it’s also important to stay ahead of fouling … » Read More

Five Ways Your Industrial Facility Can Conserve Water and Plan Ahead for Shortages

Environmental and water scarcity issues are expected to impact industrial facilities increasingly in the coming years, driving up both sourcing and discharge costs. To conserve water and prepare for these future challenges, many industrial facilities are beginning to look at water conservation strategies. In this post, we’ll explore “Five Ways Your Industrial Facility Can Conserve … » Read More