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6 Ways You Can Use Ultrafiltration for Industrial Water Treatment

Water is a precious resource, and efficient industrial water treatment is crucial for various processes. Ultrafiltration (UF) has emerged as a powerful technology, offering a range of applications that contribute to sustainable and cost-effective solutions. In this blog post, we’ll explore the utility of ultrafiltration.

What is Ultrafiltration?

Ultrafiltration (UF) is a pressure-driven membrane filtration process that operates on the size exclusion principle. The UF process involves passing a liquid, often water, through a semipermeable membrane whose pores are small enough to allow water molecules to pass through but effectively block particles and contaminants above a specific size. 

 

UF membranes usually have pores between 0.001-0.05 μm, which falls between nanofiltration membranes and MF membranes. The process requires between 50 and 120 psi to function. 

 

Benefits of Ultrafiltration Water Treatment

 

Energy and Cost Saving

UF doesn’t require high pressure levels, therefore utilizing less energy and lowering costs.

Adaptable

UF easily handles different impurities and feedwater qualities, consistently producing clean output.

Water Conservation

Compared to many other water treatment processes, UF is relatively efficient, and the volume of reject stream, or wastewater, is generally lower.

Low Maintenance

The membranes used in UF can be easily cleaned, extending their lifespan and reducing the frequency of replacements.

Removes Pathogens

The UF membrane’s pore size is specifically engineered to be smaller than the size of most pathogens, preventing the passage of bacteria, viruses, and other microorganisms.

Retains Minerals

UF allows for the removal of impurities without compromising the essential mineral content, such as calcium and magnesium.

1. Potable Water Treatment

With its energy efficiency, compact design, and capacity for consistently purified water, ultrafiltration water filters have become a cornerstone in providing clean and safe drinking water for urban and rural communities. UF is particularly effective in removing suspended solids and colloidal particles, improving water clarity and safety. Moreover, UF is a crucial component in wastewater treatment that enables the recycling and reuse of water in both industrial and municipal settings.

2. Pre-Treatment for Industrial Reverse Osmosis (RO)

In many water treatment systems, ultrafiltration is a pre-treatment step for reverse osmosis. UF can efficiently remove larger particles and contaminants, preventing fouling and scaling on RO membranes. Pre-treatment not only enhances the longevity of the RO system but also improves its overall performance.

3. Oil and Gas Industry Processes

In the oil and gas sector, various production and refining stages require water. Ultrafiltration treats water for injection into reservoirs and to recycle and reuse water from these production processes. UF reduces the environmental impact and contributes to the overall sustainability of oil and gas operations.

4. Pharmaceutical Production

In pharmaceutical manufacturing, maintaining high water quality is critical. Ultrafiltration plays a vital role in purifying water used in pharmaceutical processes, ensuring it meets stringent quality standards. UF effectively removes bacteria, viruses, and other microorganisms, contributing to the production of pharmaceuticals with minimal contamination risks.

5. Biotechnology Applications

In biotechnology, ultrafiltration is a pivotal process employed for the concentration, purification, and fractionation of biomolecules. This technique separates proteins, enzymes, nucleic acids, and other bioactive compounds based on their molecular sizes. In the downstream processing of biopharmaceuticals, UF plays a role in achieving high purity levels of therapeutic proteins. Additionally, UF is instrumental in producing vaccines, enzymes, and other bioproducts, providing a scalable and efficient means to process and purify biomolecules for various applications.

6. Electroplating and Metal Finishing

Ultrafiltration is employed in electroplating and metal finishing industries to treat wastewater generated during these processes. By removing heavy metals and other pollutants, UF helps meet environmental regulations and ensures that discharged water is within acceptable limits.

Industrial Ultrafiltration Products

Ultrafiltration is a versatile and indispensable technology in industrial water treatment. Its ability to remove a wide range of contaminants makes it suitable for diverse applications, from enhancing the efficiency of manufacturing processes to ensuring compliance with environmental regulations. As industries continue to prioritize sustainability and responsible water management, the role of ultrafiltration and ultrapure water in industrial settings is likely to expand, providing cleaner, more efficient water solutions for various applications. As a leader in the water treatment industry, Advanced Equipment and Services can help you integrate UF in your industrial processes. Contact us today to learn more about our ultrafiltration products! 

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Water Filtration Maintenance for Commercial and Industrial Systems: A Complete Schedule Guide

Water filtration maintenance is one of the most overlooked operational priorities in commercial and industrial facilities. Systems that were performing at specification when commissioned gradually degrade through membrane fouling, pre-filter blockage, UV lamp deterioration, and component wear. Without a structured maintenance schedule, that degradation goes undetected until it causes a production disruption, a compliance failure, or a system shutdown that could have been prevented.

This guide covers the maintenance requirements for every major water filtration and purification technology used in commercial and industrial operations, with specific service intervals, what to inspect, and why it matters for system performance and longevity.

Reverse Osmosis System Maintenance

Reverse osmosis systems are the workhorses of commercial and industrial water treatment. Their membranes, pre-treatment components, and pressure systems all require regular attention to maintain output quality and protect capital investment.

Monthly Checks

  • Record feed pressure, permeate pressure, and concentrate pressure and compare against baseline.
  • Monitor permeate TDS and conductivity to detect early membrane degradation.
  • Inspect pre-filter cartridges for pressure differential. Replace when differential reaches 10 to 15 psi above the clean baseline.
  • Check chemical dosing systems for antiscalant and biocide levels.
  • Inspect all visible pipework and fittings for leaks.

Quarterly Service

  • Clean pre-filter housings thoroughly.
  • Inspect and clean multimedia filter backwash cycles if applicable.
  • Check pump performance against baseline flow and pressure specifications.
  • Inspect high-pressure pump seals and connections.
  • Verify automatic flush cycle operation and timing settings.
  • Test permeate water quality against specification.

Annual Professional Service

  • Complete a full membrane inspection and normalized data comparison against the commissioning baseline.
  • Perform chemical clean-in-place (CIP) of membranes if normalized permeate flow has declined more than 10 to 15 percent.
  • Assess membrane replacement requirements based on rejection rate and differential pressure trends.
  • Perform a full system integrity test, including all valves, sensors, and control panel functions.
  • Inspect pressure vessels for scale, fouling, or corrosion.

Membrane replacement interval: Two to five years depending on feed water quality, pre-treatment effectiveness, and operating conditions. Higher TDS feed water and inadequate pre-treatment shorten membrane life significantly.

Learn more about ADVANCEES pre-treatment and post-treatment systems.

Multimedia Filter Maintenance

Multimedia filters remove suspended solids, turbidity, and particulates from feed water before it reaches RO membranes. A poorly maintained multimedia filter is one of the most common causes of premature membrane fouling in commercial RO systems.

Weekly

  • Verify backwash cycles are completing on schedule.
  • Check differential pressure across the filter bed.

Monthly

  • Perform a manual backwash inspection to confirm the media bed is cleaning effectively.
  • Check for media channeling or compaction that reduces filtration efficiency.

Annually

  • Perform a full media bed inspection and replacement assessment.
  • Inspect underdrains and laterals for damage or blockage.
  • Replace media when turbidity removal performance declines or differential pressure remains elevated.

Learn more about ADVANCEES multimedia filtration systems.

Water Softener Maintenance

FRP water softeners used in RO pre-treatment require salt replenishment and periodic resin inspection to maintain hardness removal performance.

Monthly

  • Check salt levels in the brine tank and replenish as needed.
  • Verify regeneration cycles are completing on schedule.
  • Test hardness in softened water output to confirm performance.

Annually

  • Perform a full resin bed inspection.
  • Clean the brine tank to remove salt bridges and salt mushing.
  • Inspect and service the control valve.

Learn more about ADVANCEES FRP water softeners.

Ultraviolet Disinfection System Maintenance

UV disinfection systems require relatively low maintenance compared to membrane systems, but their lamp and sleeve condition directly determines microbial reduction performance.

Monthly

  • Check the UV intensity meter reading against the validated minimum operating level.
  • Inspect the quartz sleeve for fouling or scale that reduces UV transmission.
  • Log operating hours against the lamp life rating.

Every 9 to 12 Months

  • Replace UV lamps regardless of apparent operation. UV output degrades gradually before the lamp fails visibly.
  • Clean or replace quartz sleeves.
  • Perform a full intensity calibration check after lamp replacement.

Learn more about ADVANCEES UV water disinfection systems.

Ultrafiltration and Nanofiltration System Maintenance

UF and NF systems are increasingly common in pre-treatment and post-treatment configurations alongside RO systems.

Monthly

  • Monitor transmembrane pressure (TMP) against baseline. Rising TMP can indicate fouling.
  • Inspect and log permeate flow rates.
  • Verify chemical cleaning (CEB) cycles are operating on schedule.

Quarterly

  • Perform integrity testing to confirm there is no membrane breach.
  • Inspect chemical dosing systems for CEB cleaning agents.

Annually

  • Perform a full membrane assessment if system performance has declined.
  • Evaluate membrane replacement based on TMP trends and integrity test results.

The Real Cost of Skipping Water Filtration Maintenance

The financial case for consistent water filtration maintenance is straightforward. Deferred maintenance does not avoid costs. It transfers them from the maintenance budget to the capital replacement budget, often at a significantly higher total cost.

The consequences of inadequate maintenance include:

  • Premature membrane replacement: Membranes may require replacement when timely CIP cleaning could have restored performance.
  • Production downtime: A system failure during operation can force an unplanned shutdown.
  • Product quality failures: In food, beverage, and pharmaceutical applications, out-of-specification water can affect the finished product.
  • Compliance exposure: Regulated industries may need water quality documentation demonstrating continuous system performance within required parameters.
  • Voided equipment warranties: Maintenance records may be required to demonstrate adherence to manufacturer service intervals.

Managed Maintenance: The Alternative to In-House Scheduling

For facilities without dedicated water treatment engineering staff, managing membrane replacement intervals, CIP scheduling, and component service across multiple system types is operationally demanding. Errors in maintenance timing can compound into system performance problems that are more expensive to correct than the maintenance itself would have been.

ADVANCEES RO Plant Service and Maintenance programs provide structured, managed water filtration maintenance for commercial and industrial systems.

Each program is built around a comprehensive plant assessment that defines the correct service intervals for your specific system, water source, and operating conditions. Depending on the service program, this can help facilities:

  • Establish appropriate maintenance and inspection intervals.
  • Schedule professional service visits in advance.
  • Document maintenance activity for operational and compliance records.
  • Plan membrane cleaning and replacement before performance deteriorates significantly.
  • Reduce delays associated with sourcing replacement components.

For facilities operating multiple RO systems or systems in remote or difficult-to-access locations, ADVANCEES remote monitoring and control supervision services can provide additional visibility into system performance between scheduled service visits, helping identify performance deviations before they develop into larger problems.

Contact ADVANCEES today to discuss a managed water filtration maintenance program for your facility and receive a customized service schedule based on your system configuration and operating requirements.

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PROJECT DESCRIPTION – HIGH TDS WATER RO SYSTEM

PROJECT DESCRIPTION
HIGH TDS REDUCTION FOR AGRICULTURE

SERIES: BWRO - HIGH TDS
Model: MBWRO-0035

The objective of this project in the agriculture industry was to concentrate feed flow to reduce disposal brine flow to the maximum possible by implementing reverse osmosis technology.   To that end ADVANCED EQUIPMENT AND SERVICES INC proposed to provide one skid brackish water reverse osmosis systems single pass, BWRO, capable of providing 33,000 Gallons per Day of permeate water with Total Dissolved Solids, TDS, of less than 200 mg/L TDS.

More info…

ADVANCED EQUIPMENT AND SERVICES BRACKISH WATER REVERSE OSMOSIS SYSTEMS SERIES. 

SPECIFICATIONS

System includes:

  • Cartridge Filtration System 
  • Desalination by RO membrane System
  •  
  • Final permeate water quality produced by seawater reverse osmosis system shall be less than 200 mg/L TDS prior to post treatment across entire water temperature range of 20° to 27° C based on a feed TDS < 6000 mg/L feed water. 

HERE BRACKISH WATER REVERSE OSMOSIS SYSTEM CATALOG

standard

optional equipment

  • Stainless Steel Multistage
  • PLC driven control panel
  • 15″ HMI for operator interface
  • Stainless-Steel Pressure Vessels
  • Powder Coated Aluminum Frames
  • Mema 4X electrical equipment
  • 5 Micron Sediment Pre-filter
  • Product TDS Monitor
  • Permeate/Concentrate Flowmeters
  • High and Low Pressure Protection
  • Automatic Inlet Valve
  • Pre and Post Flush
  • Pretreatment Lockout
  • Factory Performance Tested
  • Sample Valves
  • Pressure Gauges
  • Cleaning Connections
  • Remote control
  • UV sterilization
  • Chlorination
  • Dichlorination
  • PH adjust
  • MM filters (sand, anthracite, activate carbon)
  • Ion exchanger
  • Corrosion inhibitor
  • Turbidity monitor

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Understanding Seawater Reverse Osmosis – Advancees Equipment & Services

Understanding Seawater Reverse Osmosis - Advancees Equipment & Services

Understanding Seawater Reverse Osmosis

Understanding Seawater Reverse Osmosis

With so much of the earth’s surface covered in water, how is it even possible that so many people and businesses around the world do not have access to the water they need?  Of course, the answer is more simple than one may think. The vast majority of the water on the earth (over 95%) is found in oceans or seas. Therefore, only a very small percentage of water is freshwater.  Because of the high salt content, the majority of the available water is simply not useful in its natural form. 

The good news is that significant advancements in science and technology have been made that allow us to leverage the water of the oceans. Thus, Sea Water Reverse Osmosis (SWRO) is a process that desalinates water containing a high concentration of salt. 

Because the increasing demand for fresh water is quickly decreasing the supply, this process is incredibly valuable.

Water from the ocean has a high salt content and also includes a host of chemical elements and dissolved solids including, but not limited to, potassium, limestone, and even sand. As a result, these components, in combination with the salt, make the water unfit for human consumption. Relying on it for hydration would be dangerous.

Easy Access to Oceans and Seas – Reverse Osmosis

Of course, this is incredibly unfortunate, as many of the areas of the world facing the largest water shortages have easy access to oceans and seas. Of course, by using reverse osmosis, the amount of salt in the water can be reduced to levels where it is safe to consume. 

That said, because of the high salt content and other contaminants, using reverse osmosis can be difficult. Thankfully, this is a challenge that has been met. Initially developed in the 1970s, seawater reverse osmosis systems have been used. While the process requires specialized systems and materials,  including high-pressure pumps, semi-permeable membranes, and pressure control valves, it is extremely cost-effective, efficient, and valuable. 

Use Natural Resources

Countries around the world, including Israel and many in Africa, use this system to provide clean drinking water to those who otherwise would not have access. Of course, advances like this help us all. As a result, we are able to use energy effectively and take advantage of the natural resources to which we have the most access.

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What Is Reverse Osmosis – Advancees Equipment & Services

What Is Reverse Osmosis - Advancees Equipment & Services

reverse osmosis

What Is Reverse Osmosis?

Across the country and around the world, “Reverse Osmosis” (also known as RO) is becoming increasingly popular. However, many are still unsure what the term actually means. Reverse osmosis is a process used to purify water. It leverages pressure and a semi-permeable membrane to force water minerals and other contaminating particles through a semipermeable membrane, during this process contaminants are filtered out, leaving clean and purified water.

Of course, to make it simpler, let’s first take a look at osmosis. Of course, this is a term most are familiar with. After all, it is a topic we all studied in grade school science class.  To state it succinctly, osmosis is an absorption process where a weak saline solution moves towards a stronger one. Of course, the best example is in nature because the water in the soil is absorbed by plants.

Reverse osmosis is the opposite of this. Moreover, it is not a natural phenomenon and requires assistance to occur. Using pressure, water is pushed through a semipermeable membrane which literally filters out contaminants. To illustrate, picture using the back of a spoon to push a berry compote through a strainer. Which would remove the seeds. Additionally, the strainer has holes that allow some things to pass through while preventing others.  It is a type of semi-permeable membrane.

Without a doubt, the process of reverse osmosis is more complicated than this. Furthermore, it leverages specialized equipment and processes, and the semipermeable membrane’s “holes” are significantly smaller than those in a strainer. In fact, they are so small that only water vapor, not even room temperature water, can penetrate them.

 

Who Does Reverse Osmosis Benefit

Of course, there are a host of industries leveraging reverse osmosis in their operations today.  Those using this process include, but are not limited to: 

  • Hospitality Industry (Hotels and Spas)
  • Restaurants
  • Food and Beverage Manufacturers
  • Agriculture
  • Mining
  • Power Plants
  • Off-Shore
  • Pharmaceuticals

Basically, reverse osmosis is the solution to many of the problems businesses face regarding their water, water sources, and water prices. Some of the most common applications for reverse osmosis are desalination, iron removal, arsenic removal, High TDS Reduction, ultrapure Water, Ion Exchange, deionization, hydrogen sulfide removal. Reverse osmosis systems are, for a great many businesses in Florida, across the country, and around the world an excellent investment.

Municipalities of all sizes and capacities leverage reverse osmosis water treatment systems and plants for their population water needs, there are commercial and industrial water systems available to support their needs. A common use of reverse osmosis solutions become relevant during natural disasters as reverse osmosis systems can be easily transported to support communities with lack of drinking water sources. Mobile water reverse osmosis solutions are available to provide support to communities in need, for temporary operations or communities in expansion.

At Advanced Equipment and Services, located in South Florida, we are an established organization dedicated to providing our clients with Reverse Osmosis (RO) and water purification equipment.  Our team is committed to understanding our clients’ businesses and delivering the most appropriate systems for their needs. Additionally, if you have questions, reach out to them today.

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Advantages of Seawater Desalination Systems

Advantages of seawater desalination systems

Advantages of Seawater Desalination

We have a water shortage. Desalination is one of the best options we have to help provide clean and fresh water to those who need it.  You see, even though the earth is covered in water, the majority of it is located in oceans; because of the salt content it is simply not drinkable (or usable) in its natural form. Of course, we need to consider the advantages of seawater desalination systems.

Desalination is a process used to remove both salt and other materials (including minerals, and microorganisms) from water. Moreover, some of these may even be dangerous to your health.   

Providing Water Around the World – Advantages of Seawater Desalination

Not to mention, the advantages of seawater desalination are considerable.  First and foremost it helps to provide water to the many around the world who don’t have access to the clean and fresh drinkable water they need to survive.  Of course, staying hydrated (many doctors believe 8 ounces of water a day is ideal) is critical to maintaining your health. 

Helping the Agricultural Industry

Additionally, desalinated water can be used by those in the agricultural industry. Equally important, so much land goes unused (for planting) because there is no access to water for irrigation. Uniquely, desalinated water is perfect for this purpose. And, it can be used in times of severe weather.  Quite often, droughts can kill crops – there is simply not enough water to nourish them. Of course, desalinated water is the answer to these problems.  In short,  it provides water in cases of weather emergencies and literally transforms unusable land into a productive resource; providing jobs and additional value to individuals who need it most.

Finally, some of the most important attributes of seawater desalination systems are their impact on the environment.  First of all, they use ocean water, of which there is an unlimited supply.  They take a resource that is more than plentiful and turn it into one which is desperately needed.  Of course, providing drinkable and usable water where it is lacking, without depleting the earth’s freshwater supply, and while protecting many of the planet’s natural habitats, is incredibly valuable. 

Provides Major Value 

While many of us are just beginning to hear about this process and Seawater Desalination Systems, they are not new – in fact, they have been around for decades. Honestly,  many industries have been leveraging them for years. 

Also, the process of desalination has undergone continuous improvement and today provides a significant value to many across the country and around the world. We need to continue to discuss the advantages of seawater desalination systems and make them a common fixture. 

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PROJECT DESCRIPTION – STATIONARY DIALYSIS RO SYSTEM

PROJECT DESCRIPTION STATIONARY DIALYSIS RO WATER TREATMENT SYSTEMS

SERIES: DIALYSIS RO
Model: STATIONARY

Our Stationary RO Dialysis Water treatment Unit provides the required high standards water quality for any Dialysis center, clinic or hospital.

 The sizing of our equipment can be adapted based on the patient population of the center, clinic or hospital. 

More info…

ADVANCED EQUIPMENT AND SERVICES DIALYSIS WATER REVERSE OSMOSIS SYSTEMS HERE. 

SPECIFICATIONS

  • 3 membranes 4×40
  •  
  • 2 HP stainless steel RO pump
  •  
  • Weight: 395 lbs. (179kg)
  •  
  • Size: 36x19x71 inch. (91x48x180 cm)
  •  
  • 3/4” feed connection
  •  
  • 1/2” product connection
  •  
  • 1/2” reject connection

HERE DIALYSIS WATER REVERSE OSMOSIS SYSTEM CATALOG

standard

optional equipment

  • Stainless Steel Multistage
  • PLC driven control panel
  • 15″ HMI for operator interface
  • Stainless-Steel Pressure Vessels
  • Powder Coated Aluminum Frames
  • Mema 4X electrical equipment
  • 5 Micron Sediment Pre-filter
  • Product TDS Monitor
  • Permeate/Concentrate Flowmeters
  • High and Low Pressure Protection
  • Automatic Inlet Valve
  • Pre and Post Flush
  • Pretreatment Lockout
  • Factory Performance Tested
  • Sample Valves
  • Pressure Gauges
  • Cleaning Connections
  • Remote control
  • UV sterilization
  • Chlorination
  • Dichlorination
  • PH adjust
  • MM filters (sand, anthracite, activate carbon)
  • Ion exchanger
  • Corrosion inhibitor
  • Turbidity monitor

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Desalination Process – What Does It Mean?

Desalination Process - What Does It Mean?

desalination process

What Does Desalination Mean?

Of course, there are things we know, things we think we know, and things that completely surprise us.  The facts about water fall into each of these categories. The desalination process is something to explore. 

First, let’s discuss what we know.  Humans need water to survive. Of course, we need to drink clean and clear water to keep our bodies hydrated; basically, water is essential to life. We have all heard the recommendation of medical professionals to drink 8 glasses a day! When access to drinkable water is limited, illness becomes an issue, and death rates rise.  Most of us are also aware that 71% of the earth is covered in water.   

Now, let us turn to what we think we know.  Since there is so much water on earth, many think that nobody should have issues accessing the water they need to live.  It seems as if water should be plentiful for all.  Unfortunately, this is untrue.  In fact, much of the water on earth (over 97% to be exact) is found in the oceans – it is saltwater. Thus, it is undrinkable for humans. The desalination process can be the key to more drinkable water. 

Drinkable Water – Desalination Process Can Help

This clearly indicates that a lack of drinkable water is a problem.  However, there is a solution.  A fact that many don’t realize. Saltwater CAN  be turned into drinkable water using a process called desalination. Desalination of saltwater can help. 

In desalination, the salt in water is removed making it safe to drink. This can be achieved through any one of several ways including reverse osmosis, distillation, and electrodialysis. Reverse osmosis uses pressure and a membrane system to separate the salt from the water.  Distillation leverages heat to evaporate water and then contains the steam which is free from salt. Finally, electrodialysis uses electricity to separate molecules and remove the salt. 

Desalination Processes – Providing Clean Water

These processes help make seawater useful and provide clean water to areas that need it desperately. Of course, as the population on earth continues to grow, so does the demand for drinkable water.  Desalination can help meet this demand. 

Of course, as the use of desalination grows, more and more water becomes available to those who need it most. It is an effective system that is helping to solve a problem and improve the health and well-being of people around the world.

At Advanced Equipment and Services, located in South Florida, we are an established organization dedicated to providing our clients with RO and water purification equipment, focus on water desalination committed to understanding our clients’ businesses and delivering the most appropriate systems for their needs. Additionally, if you have questions, reach out to them today

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What Is Good Water Quality & Do You Know If You Have It?

What Is A good water quality & do you know if you don't have it? - advancees

water quality

We all know and understand the importance of clean and fresh water.  It is essential for maintaining good health.  Unfortunately, the water to which many of us have access is not of the highest quality.  The Environmental Protection Agency (EPA) legislates water quality. In fact, they have set limits on a significant number of contaminants that may be located in the water we drink. Drinking contaminated water results in illness and disease.

Why is Water Quality Important

Many medical professionals recommend drinking 6-8 glasses of water each day. When the available water tastes good, this task is significantly easier.  Additionally, poor water quality can negatively impact your plumbing, pipes, and appliances.

Understanding this, many of us are still unsure of what actually “good water quality” is.  And, how do we know?

Is Drinking Tap Water Safe? 

If your home’s water comes from a public water system in the country it is likely safe to drink. It is these facilities that operate under the oversight of the EPA. However, just because it is considered safe, does not mean that it is free of chemicals or minerals. In fact, it could contain both.

Water contaminants are numerous. Some chemicals found in tap water:

  • Parasites
  • Bacteria
  • Chemicals
  • Nitrates
  • Mercury
  • Lead

When present in low levels, these chemicals are harmless to the majority of the population, although those who are immunocompromised (transplant patients, cancer patients being treated with chemotherapy, and those who are pregnant) may be at risk. 

It is also important to recognize that the quality of your pipes can impact your water. Water that leaves the treatment plant may be acceptable, however old and rusting pipes can introduce lead.

If you have questions regarding the safety of your water at home, you can contact the EPA for more information.

If your water comes from a private well it would not be regulated or tested by the EPA. While many wells produce perfectly clean water, others do not.  Testing water quality in your well water on a regular basis is a wise decision.

Good Water Quality Is Important

Consuming contaminated water can lead to a host of illnesses.  In order to avoid this and ensure clean and clear water for their families, many choose to install water filters. These remove impurities and help deliver quality water to your family. There are a host of options available on the market; your personal situation and budget would dictate what works best for your household.  

Quality water is clean (no visible particles), odorless and tasteless. It should also be free of toxins and chemicals when referring to water quality. When your water is clean and fresh, it’s easy to drink the recommended amount on a daily basis.  And, it’s stress-free.

At Advanced Equipment and Services, located in South Florida, we are an established organization dedicated to providing our clients with RO and water purification equipment.  Of course, our team is committed to understanding our clients’ businesses and delivering the most appropriate systems for their needs. Additionally, if you have questions, reach out to them today.

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Skid-Mounted Water Pumps – Advancees

Skid-Mounted Water Pumps - Advancees

Skid-Mounted Water Pumps

For a host of end-users in a range of industries, skid-mounted water pumps are integral pieces of machinery. Critical to smooth operations, this equipment positively impacts both efficiency and effectiveness. 

Of course, identifying the best skid-mounted water pump and purchasing from a reputable company is key to maintaining high functioning operations. You want to buy the most appropriate machinery for your company; skid-mounted water pumps are not “one size fits all”.

What Is a Skid Mounted Water Pump?

This important piece of equipment is actually the composition of components that move water from one place to another.  Instead of purchasing only a pump, this package includes the pump, the power source, a control panel, and a base, also known as the mounting skid.

Of course, at ADVANCED Equipment and Services, we provide our clients with the highest quality products.  Our pumps include a detailed operations manual complete with drawings and troubleshooting tips.  Multiple engine configurations are a hallmark of our skids; we recognize that operations needs vary from organization to organization.  Other benefits included roof-mounted lifting eyes, fulling instrumented consoles, and the inclusion of direction mechanical and VFD pump drives. If you need your skid to be mobile, we offer truck and trailer-mounted models.

Who Uses Skid-Mounted Water Pumps?

Of course, companies across the country and around the world rely heavily on skid-mounted water pumps to enhance their operations and better serve their clients. Among the users of this valuable equipment are facilities managers, amusement parks, fire prevention, bottled water producers, and more.

ADVANCED Equipment and Services Can Help You

Because we offer skid-mounted pumps in a range of sizes, we are able to meet the needs of a broad range of companies. We custom build this equipment to personally serve each and every organization with whom we do business.  Additionally, we can refurbish older units to help our clients leverage their past equipment investments. New is not always the best choice – we can help determine if refurbishment is in your best interests.

Of course, our firm is committed to meeting client needs and providing them with the highest quality products such as skid-mounted water pumps,  to improve their operations. Contact us today with questions, our skilled and knowledgeable staff stand ready to help you.

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