Genclean by Genesis Water Technologies

AOP: Revolutionizing Pathogen Removal in Water Treatment

Genclean-Admin — Tue, 19 Sep 2023 20:00:00 +0000

Ever swam in a crystal-clear lake, so pristine you could drink from it? That’s what clean water should be like. But reality often tells a different story. Picture murky ponds teeming with invisible pathogens. AOP for pathogen removal in water. That seem perplexing, right?

I was just as baffled when I first encountered this term. After delving deeper into the world of advanced oxidation processes (AOPs), however, my con

fusion turned to fascination.

You see, AOP is like a silent guardian – unseen yet relentlessly battling against harmful contaminants that threaten our health and safety every day.

Intrigued? Just wait until we uncover how AOP tackles these dangerous invaders head-on…

The Role of AOP in Pathogen Removal
Challenges and Solutions in Implementing AOP Systems
- Technical Barriers in Implementing AOP Systems
- Tackling Operational Challenges: The Power Of Planning Ahead
Application of Genclean Advanced Oxidation Processes (Genclean-AOP)
- Basic Science of GencleanAOP
- Busting Myths About the Genclean Oxidation Process
Role of AOP in Soil Aquifer Treatment (SAT) Systems
Advances and Innovations in AOP Technology
Case Studies on Successful Implementation of AOP
FAQs in Relation to Aop for Pathogen Removal in Water
Conclusion

The Role of AOP in Pathogen Removal

AOPs are essential in water treatment, particularly for the elimination of pathogens. The benefits and effectiveness of these systems are astounding.

The Importance of Pathogen Removal

Before we get into the nuts and bolts, let’s talk about why pathogen removal is so critical. Contaminated water poses severe health risks – think nasty stomach bugs or worse. This makes it essential to ensure our water is as clean as possible.

AOP systems for pathogen removal in water come into play here. They’re like bouncers at a club, not letting any unwanted guests – the pathogens – through.

How AOP Works for Pathogen Removal

To understand how advanced oxidation processes work for pathogen removal, imagine them as Pac-Man gobbling up all those pesky little ghosts (pathogens). These powerful systems use high oxidation potentials to oxidize or remove contaminants effectively.

Water Online, an excellent resource on this topic provides detailed insights on various types of pollutants that can be removed using AOPs.

In simple terms, these ‘Pac-Men’ munch away at harmful substances present in your drinking water until they’re no more than harmless molecules.

Oxidation: Just like cutting an apple exposes it to air and turns it brown due to oxidation; similarly oxidative reactions change harmful compounds into safer ones.
Removal: Imagine your pet dog fetches all tennis balls thrown around during a game leaving none behind; just so does the process leave no stone unturned ensuring maximum pollutant elimination.

It’s like a game of tag where the AOPs are always ‘it’, and no pathogen can escape them.

Achieving Efficiency with AOP

Removing pathogens using AOP isn’t just about ensuring safe water. It’s important to make sure we’re not squandering energy or assets while utilizing AOP to get rid of pathogens – that way efficiency is maximized.

That’s why getting a grip on how these systems operate is key – it’s not just some hocus pocus.

Key Takeaway:

AOPs work like secret agents in water treatment, acting as ‘Pac-Men’ to zap away pathogens. This method doesn’t just make our water clean and safe, it’s also about not wasting energy – total efficiency. Picture this as a never-ending game of tag with AOPs always being ‘it’, guaranteeing top-notch pollutant removal.

Challenges and Solutions in Implementing AOP Systems

Implementing Advanced Oxidation Processes (AOPs) for pathogen removal in water can be like trying to navigate a maze. The aim is obvious, but the path ahead is full of difficulties.

Technical Barriers in Implementing AOP Systems

The technical issues during implementation are often the first hurdles encountered. These include ensuring system reliability, maintaining efficiency of operation, and dealing with unexpected operational barriers that might pop up like unwelcome guests at a party.

The process may seem as complicated as assembling an IKEA furniture piece without instructions. But don’t worry – just as you would turn to YouTube tutorials or call a friend who is handy with tools, there are ways around these technical challenges too.

Optimizing OH Radical Scavenging Potential Measurement, for example, provides valuable insights into improving your approach towards implementing an AOP system. Think of it as your trusty manual guide.

A major issue faced by current treatment practices involves eliminating stubborn pollutants such as pathogens. However, AOPs provide an efficient solution due to their high oxidation potentials. Just imagine being able to effortlessly remove those annoying stains from your favorite shirt – that’s how effectively AOPs deal with pathogens.

Maintaining system reliability is akin to keeping our bodies healthy; regular check-ups help catch any potential problems early on before they become serious issues down the line. This applies similarly when overseeing operations within an advanced oxidation setup – constant monitoring helps keep things running smoothly while also allowing swift action if anything goes awry.

Tackling Operational Challenges: The Power Of Planning Ahead

An essential part of overcoming both technical and operational barriers lies within planning ahead – just as one would when planning a road trip. Knowing what obstacles may lie ahead allows us to prepare and equip ourselves better for the journey.

By predicting potential challenges in implementing AOPs for pathogen removal, we can devise strategies to address them proactively. It’s like having your GPS reroute you around traffic before you even hit it – saving time, energy, and stress.

Key Takeaway:

Dealing with Advanced Oxidation Processes (AOPs) for water pathogen removal might seem like a complex puzzle. But, just like putting together furniture, it’s all about strategy and vigilance. Sure, there may be unforeseen hiccups but remember – solutions are always within reach. And that’s the beauty of AOPs: they’re tough on those stubborn pathogens.

Application of Genclean AOP Oxidation Processes

If you’ve ever wondered how your tap water gets so clean, let me introduce you to a superhero in the world of water treatment: The Genclean advanced oxidation process, or as we like to call it, Genclean AOP. This method is quickly becoming the talk of town especially when it comes to potable reuse, process or wastewater applications.

Basic Science of Genclean AOP

To kick things off, let’s take a quick dive into what makes this process tick. At its core, Genclean AOP uses hypochlorite with a proprietary catalyst. The interaction between these two elements creates highly reactive oxygen and hydroxyl radicals that have an impressive knack for neutralizing various contaminants in water and wastewater.

The magic really happens when those pesky taste and odor-causing compounds come into contact with our friendly neighborhood radicals. Like Pac-Man gobbling up ghosts, these hydroxyl radicals get rid of them faster than you can say ‘refreshing’.

This powerful combination also does wonders at addressing impediments common with direct potable reuse (DPR). If DPR was an obstacle course race then consider AOP your secret weapon – helping navigate through hurdles effortlessly while making sure no nasty pollutants are left behind.

A recent guidance manual titled “Genclean AOP treatment in Potable Reuse: Assessment and Implementation” gives a detailed account on how best to leverage this technique for optimum results. It’s like having cheat codes for better tasting and safer water.

Busting Myths About the Genclean Process

You might be thinking “Wait. Isn’t chlorine harmful?” Let’s bust that myth right away. While chlorine can form byproducts when it reacts with organic matter in water, the Genclean AOP treatment process which has its foundations in the hypochlorite molecule manages this process so effectively that the chances of harmful byproduct formation are drastically reduced.

In fact, one could say AOP is like a very particular chef – using just enough ingredients to make sure everything tastes great but nothing goes waste or spoils the broth.

Key Takeaway:

Let’s get straight to it: The Genclean advanced oxidation process (Genclean-AOP) is revolutionizing water treatment. This powerful solutions forms reactive oxygen and hydroxyl radicals, purifying your water less time. Concerned about any nasty byproducts from chlorination? Don’t worry, this product does not create those.

Role of AOP in Soil Aquifer Treatment (SAT) Systems

The application of Advanced Oxidation Processes (AOPs) within Soil Aquifer Treatment systems has revolutionized pathogen removal. But why are these processes so critical?

A Fresh Perspective on Water Safety

In essence, the role of AOP in soil aquifer treatment isn’t just about eliminating harmful pathogens from water—it’s about reshaping our understanding of safe and sustainable water sources.

This innovative approach not only cleanses but also rejuvenates groundwater resources, which is a significant step forward in managing global water scarcity issues.

The Science Behind It All

Digging deeper into the science behind this method can give us more insight. In simple terms, when we apply advanced oxidation processes to SAT systems for pathogen removal, it creates an ultra-efficient cleanup crew at a molecular level.

If you think that sounds exciting—wait until you see it action.

Beyond Pathogens: Total Contaminant Removal

Studies have shown that implementing AOP as part of SAT can help remove organic chemicals beyond just pathogens.

This includes persistent pollutants like pharmaceutical residues and endocrine disruptors—an aspect many traditional methods struggle with.

Making Groundwater Great Again.

You might be thinking: “Isn’t all this too good to be true?” Well, truth sometimes is stranger than fiction. By using AOP in soil aquifer treatment, we’re taking what was once deemed ‘unusable’ groundwater and transforming it back into a viable resource—a classic tale of zero to hero if there ever was one.

That’s not just great news for water treatment—it’s a game-changer in sustainable resource management.

AOP and SAT: A Match Made in Science Heaven

Imagine pairing two superheroes of science – advanced oxidation processes and soil aquifer treatment systems. Together, they achieve the extraordinary—purification.

Key Takeaway:

Advanced Oxidation Processes (AOPs) are game-changers in Soil Aquifer Treatment systems. They’re not just about purifying water from pathogens, but also refreshing groundwater resources and battling stubborn pollutants that old-school methods can’t touch. With AOP, we turn ‘unusable’ groundwater into a precious asset.

Advances and Innovations in AOP Technology

A thrilling new era is unfolding in the world of Advanced Oxidation Processes (AOP). The landscape teems with emerging AOP technologies for pathogen removal, bringing an impressive blend of innovation and efficiency.

Energy Optimization in AOP Processes

The spotlight has turned to energy optimization, a significant step forward. By maximizing power efficiency, we can make our systems more reliable and cost-effective. This is beneficial in meeting stricter regulatory requirements and meeting sustainability goals.

To illustrate this point, imagine your household appliances working smarter rather than harder—like a washing machine that adjusts its cycle length based on load size. Similarly, innovative design tweaks within the realm of AOP system design help maximize dosing rates and power used.

Incorporating smart tech like real-time monitoring sensors or AI algorithms can let us control process parameters better—a key aspect when dealing with tricky pathogens.

Beyond conventional wisdom are unconventional ideas such as using solar power—an abundant renewable resource—for powering oxidation processes. It’s still early days for these innovations but they show immense promise.

Tackling Pathogens Head-On: Next-Gen Solutions

We’ve all heard horror stories about waterborne diseases caused by invisible enemies lurking unseen—pathogens. Conventional treatment methods often fail against these stubborn foes due to their resistance mechanisms or minute sizes.

Luckily advancements in innovative CBAT (Carbon Based Advanced Treatment) technology are making strides towards improved pathogen removal rates at reduced costs—and without harmful residues.

The race is now on to create breakthrough AOP solutions that can deliver not just on pathogen removal, but also be resilient against varying water quality conditions. This resilience will ensure consistent performance even in the face of unpredictable changes—a much-needed trait for future-proofing our water treatment systems.

The road to innovation is paved with challenges and surprises, each step bringing us closer to achieving sustainable, efficient, and effective AOP technology.

Making Waves: Case Studies

We’re not just spinning tales here—real-world examples abound.

Key Takeaway:

The AOP landscape is brimming with thrilling advancements, pushing the envelope in pathogen removal and energy optimization. From using smart tech for process control to harnessing solar power, these innovations promise more efficiency and sustainability. Plus, emerging solutions like CBAT technology are tackling stubborn pathogens head-on—ensuring cleaner water at reduced costs.

Case Studies on Successful Implementation of AOP

If you’re skeptical about the effectiveness of Advanced Oxidation Processes (AOP) for pathogen removal in water, let’s dive into some real-world case studies. These stories aren’t just statistics and data; they’re living proof that AOP works.

A Success Story from a Municipal Water Treatment Plant

In one municipal water treatment plant, traditional methods were falling short when it came to removing pathogens effectively. They needed a solution and fast – enter AOP.

By implementing an advanced oxidation process system, this facility saw significant improvements in their ability to eliminate harmful pathogens from the water supply. The result? Cleaner, safer drinking water for the community served by this plant.

A Win for Industrial Wastewater Treatment

The second case comes from an industrial wastewater treatment scenario where standard processes were not quite up to par at eliminating stubborn pollutants. Check out our magazine here for more details on these challenging contaminants.

With the introduction of an AOP system, not only did they manage to remove these pollutants but also found that previously persistent pathogens were efficiently eliminated too. This win-win situation speaks volumes about how versatile and effective AOP can be across various applications.

Tackling Pathogens in Agricultural Runoff Water

Last but certainly not least is a tale right out of agricultural fields. Farms often struggle with managing runoff which can contain high levels of harmful bacteria and viruses – something regular filtration systems might miss out on tackling entirely.

But guess what helped them turn things around? Yes, it was none other than our superhero – Advanced Oxidation Process. With its superior oxidizing abilities, AOP managed to effectively neutralize these pathogens, making the runoff water safe for further use. This is just another testament to AOP’s prowess in pathogen removal.

These stories just show how powerful Advanced Oxidation Processes are in wiping out pathogens from various water sources. It’s not only about ticking off regulatory boxes, but also about keeping people healthy and defending our valuable water.

Key Takeaway:

Whether it’s cleaning up municipal drinking water, treating stubborn industrial wastewater, or neutralizing harmful pathogens in agricultural runoff, Advanced Oxidation Processes (AOP) are showing their muscle. These real-world case studies prove AOP isn’t just about meeting regulations – it’s a game-changer for healthier communities and safeguarding our precious water resources.

FAQs in Relation to Aop for Pathogen Removal in Water

What is the AOP process in water treatment?

AOP, or Advanced Oxidation Process, uses oxidation to wipe out contaminants including pathogens from water. It’s effective and efficient.

How do you remove pathogens from wastewater?

You can get rid of pathogens from wastewater through various treatments like filtration, chlorination, and advanced methods such as AOP.

What is the Genclean treatment method?

The Genclean AOP treatment method utilizes a chemical oxidant with an ability to internally generate reactive oxygen compounds and hydroxyl radicals to swiftly remove pathogens and emerging contaminants in water. This dosage method is determined by an ORP controller and can be used with our without UV treatment while also providing residual disinfection. It’s pretty nifty.

What is the AOP mechanism?

AOP works by generating reactive oxygen species and hydroxl radical compounds that attack and neutralize harmful substances. Think of it as a microscopic cleansing squad.

Conclusion

So, we’ve dived deep into the world of AOP for pathogen removal in water. It’s a game-changer, right?

AOP systems are our silent guardians – tirelessly battling harmful contaminants that threaten our health.

The Genclean liquid advanced oxidation process? That’s one potent tool to tackle pathogens head-on and keep water safe.

Of course, there are some challenges with implementing these technologies. But remember those strategies we discussed? These will make overcoming obstacles alot easier to retrofit these systems or for designing and implementing new treatment plants.

Ready to revolutionize your water treatment with the cutting-edge Genclean liquid advanced oxidation process? Don’t miss out on the pathogen-fighting potential of AOP technology. Explore our case studies and stay tuned for the next wave of innovations. Start your water safety journey today!

The post AOP: Revolutionizing Pathogen Removal in Water Treatment appeared first on Genclean by Genesis Water Technologies.

Why Is Scalable Advanced Oxidation Important To Industry?

Genclean-Admin — Fri, 12 Nov 2021 09:00:00 +0000

Advanced oxidation has been around for quite some time and has proven its usefulness in water and wastewater treatment applications. Optimizing its use is continuously being studied, but there are already existing technologies that make it scalable for industrial and commercial use.

This article discusses the benefits of advanced oxidation in various applications and its advantages over other water and wastewater treatment processes. I will also talk about the importance of scalability of AOP treatment processes to industries and why advanced oxidation is the choice of many for treating tertiary water and wastewater.

How Industries Benefit From Advanced Oxidation Technologies

Listed below are the advantages of the advanced oxidation process that can be highly beneficial for industrial and commercial use:

Rapid reaction rates

The (hydroxyl) OH molecule has one of the fastest reaction rates among oxidants used in water and wastewater treatment processes. It has a high oxidation potential and has a non-selective nature, making it very versatile in a wide range of applications. Additionally, faster reaction rates translate to lower retention times, meaning water and wastewater can be treated quicker compared to conventional treatment processes such as chlorine or ozone.

Smaller land area requirement

Because of the fast reaction rate of advanced oxidation solutions, a smaller land area is needed to output the required flow rate of the system, including within tertiary industrial applications.

No new hazardous substances

A big issue with chlorine disinfection is the production of toxic byproducts after treatment. To reduce but not eliminate these byproducts from affecting the water supply, filtration to remove any organic compounds is required. This results in additional costs that may not be economical in large-scale applications.

While advanced oxidation processes also have byproducts, they’re easier to deal with. Bromate and excess peroxide can be removed through a well-designed advanced oxidation system. Advanced oxidation can also convert through oxidation organic components in the water into stable inorganic compounds like salt and carbon dioxide.

Versatile application

The highly reactive hydroxyl (OH) radicals in AOP solutions can deal with most organic materials in the water. They can remove the most common contaminants in the reactor vessel, including a few of the trace heavy metals often found in water supplies.

Disinfects the water

Advanced oxidation can be combined with UV disinfection to kill any pathogens that survive in the water. This saves time and cost because the process eliminates the need to add another step in water and wastewater treatment.

Deals directly with contaminants

The advanced oxidation process doesn’t treat water and wastewater by separating pollutants to have them treated in another phase. Other treatment processes create byproducts like sludge that need to be dealt with separately, further increasing the cost of operations.

Treatment solutions using membranes only produce concentrated waste contaminants that have to be dealt with separately since they merely filter pollutants from the water supply. On the other hand, advanced oxidation technology reacts with the organic pollutants and inorganic contaminants to reduce them to harmless compounds that are easier to manage. Overall, AOP decreases the concentration of the contaminants in the effluent.

The hydroxyl radicals in AOP solutions are non-selective. After the contaminants are broken down, they form intermediates that also react with oxidants and mineralize into more manageable compounds.

Other Industries That Can Benefit From Scaling Advanced Oxidation Systems

The production of pharmaceutical drugs results in byproducts that can contaminate drinking water and aquatic environments. Pesticide runoffs from farms get mixed into the freshwater supply. Personal care products are washed down the drain and go to wastewater systems that they are linked to. Landfill leachate that contains a toxic cocktail of chemicals can leak into groundwater sources.

Compounds of emerging concerns, specifically the byproducts from industries that deal with pesticides, pharmaceuticals, and personal care products, are recognized as potentially dangerous to natural water supplies. These contaminants have been detected in aquatic environments for years, but their numbers continue to rise at an alarming level as industries proliferate.

These contaminants and micropollutants are difficult to remove using conventional water and wastewater treatment processes. A more efficient tertiary treatment method is necessary and this is where the advanced oxidation process (AOP) can help.

The hydroxyl radical and reactive oxygen compounds in advanced oxidation technology are more powerful than almost all other oxidants found in other treatment processes. Its oxidation potential is twice that of chlorine as a disinfectant. It can reduce contaminant concentrations from hundreds of parts per million (ppm) to just a few parts per billion (ppb). Ozone, ultraviolet light, and hydrogen peroxide are the components often combined to create sufficient quantities of hydroxyl radicals for managing organic contaminants and inorganic pollutants in water supplies.

Why Advanced Oxidation Is The Best Solution

Numerous pollutants are tough to get rid of by biological, chemical, or physical means alone. Unfortunately, traditional treatment systems cannot completely remove these contaminants. The byproducts can have a long-term impact on the environment and the ecosystem in the affected areas.

A study shows that advanced oxidation offers a high removal percentage of these contaminants. Advanced oxidation solutions are effective in decontaminating water and wastewater sources of compounds that aren’t eliminated with conventional treatment & purification processes. AOPs are often added as a tertiary step to further treatment processes and reinforce existing filtration systems. This ultimately prevents the integration of emerging contaminants into the environment.

Augmenting existing treatment processes can be costly, regardless of the industry. The main problems with existing water and wastewater treatment systems are related to energy consumption, the complexity of chemical processes, and environmental footprint. All these are related to the cost of operations, which is the biggest factor in determining the scalability and efficiency of chemical treatment procedures.

Additionally, changing quality requirements can make it challenging to keep the cost of operations constant. The technologies, processes, and regulations will change over time, and these will impact the water quality needed by your facility. Oftentimes, the solution is to install additional equipment or augment facilities and processes to meet discharge regulations.

Advanced oxidation technologies are already being used at full scale for drinking water treatment and tertiary wastewater processing. Genclean Treatment Solutions, a division of Genesis Water Technologies is a trusted company offering scalable liquid AOP technology that can be applied to industrial, commercial, and municipal treatment applications.

How Can Advanced Oxidation Deal WIth Scalability Challenges

The main problem with the AOP process is the operating cost, but it can be resolved using several means.

Firstly, the integration of renewable energy is recommended. AOPs activated by UV not only can benefit from sun irradiation but also from the production of energy through solar power.

A study shows that adding a co-catalyst to AOP systems can reduce the amount of hydrogen peroxide and ferrous catalyst needed while preventing the formation of sludge. It’s an inexpensive way to catalyze reactions and reduce the development of byproducts that can be hard to deal with. Since there’s an increasing global need for clean water supplies, it’s critical to have a cost-effective solution like this to decontaminate polluted water sources.

While AOPs have a wide range of applicability, the treatment target should be specific and selective to reduce cost and optimize disinfection capacity. With this understanding, valuable elements like oxidants and catalysts will not be wasted without purpose.

Lastly, AOPs are best used in combination with traditional treatment technologies. AOPs alone cannot replace existing water and wastewater treatments from an economic standpoint. It is more cost-effective and feasible to integrate it into existing disinfection processes.

Genclean Scalable Advanced Oxidation Solutions

Genclean’s advanced oxidation disinfection solution is made to disinfect and remove both inorganic and organic compounds often found in water and wastewater sources. Genclean technology provides an NSF-certified, advanced oxidation (AOP) liquid solution that is non-toxic, does not require energy activation and is effective in a wide pH range for the oxidation and disinfection of small to large treatment plants.

Compared to other advanced oxidation treatment processes, Genclean products do not require an external catalyst. Our solution has the benefits of advanced oxidation plus it can provide protection to prevent recontamination of water sources. This greatly reduces the need for large capital investments or highly trained technicians, thus eliminating the problem of excessive energy costs often associated with the scalability of AOP solutions in mid size and larger treatment plants.

Altogether, our solution is more efficient, safer, and scalable. Our products don’t need the installation of complex external catalyst equipment or destruction equipment. They can be injected into the water stream using a GWT liquid chemical feed pump system with an integrated pH/ORP water treatment controller.

Scalability in water and wastewater treatment is all about the capacity of the system to handle large-scale applications while keeping costs of operation economical. Genclean products are easier to integrate and use compared to other AOP treatment solutions at scale. The scalability and versatility of Genclean products are outstanding with applications on cooling towers, domestic wastewater, utility drinking water, pools and water features, tertiary industrial wastewater oxidation, aquaculture and food and beverage facilities for disinfection of process water.

To learn more about our Genclean AOP treatment products, feel free to contact us.

The post Why Is Scalable Advanced Oxidation Important To Industry? appeared first on Genclean by Genesis Water Technologies.

Chlorine VS. Genclean: Which Is Better?

Genclean-Admin — Thu, 11 Nov 2021 10:00:00 +0000

While chlorine continues to be a popular choice for water treatment, many people are beginning to question if chlorine is the best option.

Chlorine and Genclean are two different types of water purification solutions. Chlorine is a chemical that oxidizes bacteria by breaking down its components, whereas Genclean utilizes an advanced oxidation process to do the same thing.

In this article, we will explore both Chlorine and Genclean‘s benefits and disadvantages so you can make an informed decision about which type of water treatment is better for your needs.

What is Chlorine?

Chlorine has been used as a disinfectant for over 200 years and continues to be popular for water treatment all over the world. It is an exceptionally reactive and strong oxidizing agent that is dissolved in water. When chlorine reacts with other elements, it creates a number of byproducts including hydrogen chloride and hypochlorous acid.

Chlorine is used for an extensive range of consumer products and it is very common in most household cleaning products, such as chlorine-based bleaches, cleaning supplies, and disinfectants. Diluted chlorine is relatively safe for humans to use (although chlorine gas should never be inhaled), but elemental chlorine at high concentrations is severely toxic and poisonous for most living organisms.

Use of Chlorine in Water Treatment

When chlorine is used for water purification, it oxidizes bacteria by breaking them down. Chlorine can also break down other impurities that are present in the water, including volatile organic compounds (VOC) and pesticides.

What are the Benefits of Chlorine?

Chlorine is a popular choice because it is effective at killing most types of pathogens in water.
Chlorine also has the ability to kill bacteria, viruses, and some other pathogens even when temperatures are low.
Common and typically easy to source out.

What are the Disadvantages of Chlorine?

When chlorine reacts with organic material in the process of disinfection, it can create a number of carcinogenic byproducts including trihalomethanes (THMs). THMs have been linked to various adverse health effects such as cancer of the colon and bladder.
Chlorine is effective at destroying most bacteria, viruses and other pathogens in the water but it does not kill all types of pathogens including parasites and cysts such as cryptosporidium, a parasite that causes diarrhea.
Chlorine can be very harmful to both animals and plants.
Chlorine is a harsh chemical that can have negative effects on skin and hair when it comes in contact with them – chlorine strips away the natural oils found on your body, leaving you feeling dry.
It is not very stable. It loses 10-15% of its disinfection capability every month after its production.

What is Genclean?

Genclean is a NSF certified liquid advanced oxidation disinfection solution. Its unique chemistry creates reactive oxygen and hydroxyl radical molecules to break down bacteria and other pathogens in a water source. These reactive oxygen and hydroxyl molecules provide almost 3x the oxidation capability of chlorine with capabilities for residual disinfection for drinking water applications.

Use of Genclean in Water Treatment

Genclean’s technology, which employs a non-toxic, high-performance oxidation method for purifying big bodies of water. It is available in a liquid form containing minerals chelated with oxygen stabilized in an aqueous water solution. It’s also an effective tertiary wastewater treatment solution for businesses and wastewater utilities that need highly efficient disinfection and sanitation capabilities.

Genclean solutions can be fed into a water source using a chemical feed pump system with an integrated ORP controller for the treatment of drinking water or wastewater.

The Genclean technology is typically utilized in the third stage of water oxidation and disinfection.

What are the Benefits of Genclean?

Genclean is more environmentally friendly
It does not produce harmful byproducts like trihalomethanes (THM’s) upon interaction with organic compounds.
Pathogens cannot create resistance
Product strength stability – minimal loss of strength over time
Less corrosive and is effective over a wider pH range
Provides over 2.8 times the oxidation capability of chlorine and almost 1.5 times the oxidation capability of ozone.
Can provide residual disinfection capability for drinking water disinfection

What are the Disadvantages of Genclean?

It is typically more expensive than chlorine
It is classified as an oxidant, therefore it must be shipped with HAZMAT registration
Genclean technology is corrosive, albeit not as corrosive as chlorine

Chlorine VS. Genclean: Which is Better?

Clearly, there are many benefits and disadvantages associated with both types of water treatment. It’s true that chlorine has been around for much longer than Genclean, therefore people are more familiar with it than the new treatment solution. On the other hand, chlorine carries many potential risks and harmful effects towards both humans and the environment.

If chlorine is not a good choice because of chlorine gas exposure or its reaction with organic compounds, then Genclean is definitely a better, wholesome alternative.

Ultimately, Chlorine and Genclean are two different types of water treatment solutions that have their own unique benefits and disadvantages—to determine which one is better depends on your immediate and long run disinfection needs.

The Genclean Treatment: Creating A Cleaner World

Genesis Water Technologies is the award-winning US-based company that provides water and wastewater reuse solutions to many industries and communities. Genclean is a division of this company.

We specialize in wastewater treatment solutions that have been certified by the National Sanitation Foundation (NSF) for industrial, commercial, governmental, and non-governmental entities.

Genclean Treatment products are being used by a wide range of industries including water utilities, commercial/industrial facilities, hotels/resorts, water parks/aquatic centers, and the food and beverage industries. To learn more about our sustainable and cutting-edge water treatment solutions, contact us today.

The post Chlorine VS. Genclean: Which Is Better? appeared first on Genclean by Genesis Water Technologies.

Genclean – Our Culture, Values, And Vision

Genclean-Admin — Thu, 30 Sep 2021 11:27:48 +0000

Genclean is an innovative company, engaged in the development of advanced water & wastewater disinfection solutions. Our breakthrough products and services are popular among industries, companies, and public water utilities. Learn how we’re making high-volume water treatment processes safer, more cost-efficient, and sustainable with our products.

Who We Are

Genclean Treatment Solutions is a division of the award-winning, USA-based company Genesis Water Technologies. We specialize in developing and commercializing scalable NSF-certified advanced oxidation technology in liquid disinfection solutions for a sustainable green chemistry which is much-needed today. We have tremendous experience in sustainable and scalable advanced oxidation, and we are poised to meet the emerging water disinfection challenges now and into the future.

We are the leader in drinking water and wastewater disinfection solutions for commercial and industrial facilities, food and beverage companies, aquaculture and seafood farms, marine and water parks, hotels, resorts, and water utilities. We serve both US-based and international clients to help them meet water quality challenges and standards.

Innovation and collaboration are the foundations of our advanced disinfection treatment solutions and services that help improve the safety and cleanliness of water supplies.

Company Culture

We are committed to providing the best water treatment solution in the market, so we’re matching this goal by attracting the top talents. We maintain a diverse team to encourage innovation and growth while fostering a purpose-driven culture that rewards creativity, integrity, respect, and responsibility.

Our people always work in the best interest of Genclean and its mission. The members of our team know how to set aside differences and compartmentalize conflicts of interest to avoid interfering with job responsibilities.

Values

We take after the corporate values that made our parent company, Genesis Water Technologies, a highly trusted leader in engineering and developing sustainable water & wastewater reuse solutions.

Integrity

We value ethics and transparency, which is why we strive for the highest standards in all aspects of operations. We provide as much information as we can to our clients to help them see the benefits of using Genclean products in water and wastewater treatment.

We don’t engage with businesses that permit corrupt practices that can tarnish the integrity and reputation of Genclean. We do our due diligence to avoid getting involved in a business relationship that can compromise our ethics.

Our reputation is one of our most valued assets, so we make sure that it is cultivated and protected internally and externally. By following operation processes, listening to client feedback, and attending to reported concerns, we’re able to maintain quality, reliability, and safety in our products and services.

Innovation

The use of our proprietary advanced oxidation water treatment in our solutions is the fruit of innovation.

We embrace change because this will make us learn and discover more ways to create sustainable water disinfection solutions. Our dedication to continuous improvement is what pushes us to maintain the high quality of our products and services.

Maintaining water treatment plants can be expensive due to repairs and upgrades to keep them efficient and compliant with operating regulations. Energy consumption is another issue as water and wastewater treatment companies make up as much as 15% of the total annual electric consumption in the USA. For these reasons, many organizations look for alternative or supplementary solutions that can make their operations much more efficient, practical, and reliable.

Sustainability

As a company that values green chemistry, we prioritize protecting the environment and supporting local communities. We are a water treatment company committed to providing sustainable liquid solutions based on the advanced oxidation process for disinfecting and oxidizing microbiological pathogens, organic contaminants, and pollutants in water streams.

Only very low amounts of phosphorus and nitrogen contents in domestic wastewater are allowed to be discharged by plants. These components majorly impact eutrophication and algae blooming, both of which can negatively affect aquatic life and water quality. On the other hand, hydrogen sulfide and trace metals in drinking water must be removed to ensure safe consumption. Water and wastewater companies that don’t properly maintain their systems might leak these elements, so regular checkups are needed.

There’s an increasing need for sustainable and environmentally friendly methods of water oxidation and disinfection. While there are numerous solutions available in the market, many of them produce toxic byproducts harmful to the environment. The issue of water and wastewater treatment has become increasingly critical, especially now that there are regulations requiring more efficient use of water in the industrial and commercial sectors.

Environment responsibility is vital in our approach to our mantra of sustainability. This is why we’ve innovated the advanced oxidation process to help our commercial, industrial and water utility clients to switch to a more scalable and sustainable solution that will reduce their environmental footprint.

Vision

Raw drinking water contains all sorts of sand particles, algae, decomposing products, bacteria, and viruses that are unsafe for human consumption. The same goes for untreated domestic wastewater that goes back to nature without filtering organic contaminants that can negatively impact the ecosystem.

Our mission is to develop and supply innovative water solutions that can ensure the safety and cleanliness of water supplies, wherever possible. Using innovation and dedication to advance this technology, we are able to serve new clients in different market sectors and geographies while adding value to our clients. With a solid foundation and vision, we focus on innovation in disinfection and scalable advanced oxidation for high flow rate water & wastewater applications we look to the future.

Genclean continues to create better solutions that can help combat the effects of climate change. We want to make sure emerging contaminants will not hinder anyone from gaining access to clean water.

What Makes Genclean Different?

Water reuse is a practical option in settings wherein water supply is scarce. With the appropriate treatment technology, water can be reused several times, resulting in reduced cost, better efficiency, and lower energy consumption. For this to happen, the right chemistry for water treatment must be introduced to the system.

Genclean is a non-toxic solution that removes harmful microagents and controls biological fouling in water and wastewater. Our products use an advanced oxidation (AOP) formula of minerals chelated with oxygen and stabilized in an aqueous water solution.

Genclean products have twice the oxidation capability of chlorine and 1.5x that of ozone, hydrogen peroxide, and other non-chlorine water treatment solutions measured by oxidation-reduction potential (ORP). It is the most viable option for industries and applications requiring a high-level and effective water sanitation and disinfection solution.

Other water treatment solutions work only in certain pH levels. Adjustments may be needed for the solution to work in water bodies that are too basic or acidic. Genclean solutions are versatile because they remain effective in a wide pH range. Additionally, they don’t require an external catalyst to activate.

Additionally, our AOP solution doesn’t require highly trained technicians to work. The Genclean chemical feed system reduces wasteful energy consumption, resulting in lower capital costs without sacrificing output quality. Genclean products are simply the best products for water and wastewater disinfection.

Genclean - Solving the Most Common Water Treatment Challenges

While there are numerous potential water treatment challenges, five of them fall under the most common issues encountered by both industrial clients and municipal utilities alike:

Training

Personnel need to have in-depth knowledge to monitor the system.

Bacteria growth

The growth of microorganisms in the water can be hard to control, thus the need for chemical biocides, some of which may be dangerous to humans.

Monitoring

Many water treatment systems need complex instruments to monitor factors that can affect water quality.

System design

The design should fit the needed input and output of the system. Changes to existing systems can be costly, especially if the infrastructure wasn’t built to be flexible.

Maintenance

Poor maintenance in treatment facilities have serious implications on its output and performance.

Genclean is the most effective answer to these operational drawbacks. Genclean products simple application is very flexible and can surely integrate with most treatment systems with little to no impact on existing infrastructure.

Contact us to know more about Genclean advanced oxidation technology solutions and how we can help you improve operations.

The post Genclean – Our Culture, Values, And Vision appeared first on Genclean by Genesis Water Technologies.

Genclean’s Mission – Helping In High-Volume Water Disinfection

Genclean-Admin — Fri, 20 Aug 2021 10:00:00 +0000

Untreated water has a high chance of containing harmful bacteria, viruses, and microorganisms that can make people ill when consumed. Drinking water disinfection is one of the trusted processes for making drinking water free from harmful contaminants that can also cause unpleasant tastes and odors.

In large-scale applications such as municipal use, the disinfection of drinking water is a vital public health measure to reduce the spread of diseases and maintain the safety of the people. Water and wastewater treatment companies employ various disinfection technologies, each having its own advantages and disadvantages compared to other processes.

Methods Used By Water and Wastewater Treatment Companies

The World Health Organization (WHO) has provided guidelines and recommendations for managing the hazards that may compromise the safety of public drinking water. They also provided a scientific perspective that national authorities can use in developing regulations and standards appropriate for the local situation.

To ensure the safety of drinking water supplies, multiple barriers are put in place for filtering suspended particles and decontaminating the water in large volumes to ensure the suitability for human consumption.

In water utility plants these multiple treatment barriers include: screening, aeration, flocculation, sedimentation, filtration, disinfection, chlorination, and any supplementary treatment for ensuring the water is free from harmful pathogens. Each of these steps follow standards set by the authorities to ensure the quality of water for its specific use is achieved.

Conventional systems for drinking water disinfection and wastewater treatment are classified into chemical processes and UV radiation. Chemical disinfectants include chlorine gas, chlorine dioxide, sodium hypochlorite, ozone, and peracetic acid. One of the biggest disadvantages of chemical processes is the creation of undesirable disinfection byproducts with potentially significant implications on human health.

Here is an overview of how each disinfection agent is introduced to a water system:

Sodium hypochlorite

Sodium hypochlorite is diluted with water in a tank. The solution is then injected by a pump into the water supply at a controlled rate mixed by a static or mechanical mixer. Sufficient mixing and contact time must be constantly monitored to ensure complete cleansing of pathogens.

Chlorination using sodium hypochlorite is simple and practical in that it does not need extensive technical expertise to operate. This drinking water disinfection system can handle varying water volumes by adjusting the storage and dosing mechanism accordingly.

Ozone

Ozone is an unstable compound which is why it needs to be made on site. The process also requires complex equipment and controls, requiring a huge capital cost to start. Additionally, operation and maintenance are also complicated and costly since the majority of its running cost will need to be allocated to electricity consumption.

UV radiation

The effectiveness of this drinking water disinfection system depends heavily on the lamp’s intensity, water clarity, and the exposure of the microorganisms to the UV light rays. Insufficient energy dosage will not be enough to kill the microorganisms in the water source, leaving it contaminated and unsafe for consumption. Usually, a higher dose than what is needed is produced by the equipment to ensure disinfection requirements are met.

Water and wastewater treatment companies often use a dosing system that consists of a pump, injector, and a tank. The tank contains the liquid solution where it is mixed with water, while the pump maintains control over how much of the mixed solution is distributed into the water system.

All these chemical agents for drinking water disinfection are applicable for small, mid-size, and large-scale tertiary disinfection operations. However, the varying risks for staff, the need for extensive knowledge of technicians, maintenance requirements, and investment and management cost impact which of them is the most appropriate system to use.

For water and wastewater treatment companies, the preferred strategy is to reduce, if not prevent, the entry of pathogens into the water system prior to discharge or distribution. Disinfection is the final treatment process to ensure microbiological contaminants are dealt with immediately before the treated water leaves the water utility plant. This tertiary process is the final key to attaining a water quality that fits the standard set for its respective use, ensuring it will not be harmful to either humans or the environment.

The EPA (Environmental Protection Agency) RWQC (Recreational Water Quality Criteria) has also recommended the use of indicators to assess the presence of microorganisms in water environments. The leading indicator organisms used are Enterococci and E. coli for freshwater sources during a step in the process of drinking water disinfection. Many states and wastewater treatment companies also use the recommended indicators by the EPA RWQC in checking wastewater quality.

Reusing wastewater also has its advantages in improving agricultural production and reducing energy consumption during treatment and distribution. This process also aids in the reduction of regulated nutrient loads to receiving bodies of water.

How Genclean’s Oxidation Technology Helps

Advanced oxidation process (AOP) is a process that creates and utilizes highly reactive compounds such as reactive oxygen, superoxides, and hydroxyl radicals to oxidize and disinfect contaminants in a water source. It is often applied in the tertiary phase of a water or wastewater treatment process employed by water and wastewater treatment companies. The reason for its implementation is due to its efficiency in treating a wide range of organic and inorganic compounds and microbiological contaminants.

AOP treatment has several advantages over traditional drinking water and wastewater disinfection systems, one of them is the ability to inhibit the creation of disinfection byproducts. However, a major disadvantage though historically has been its high operating cost that limits its integration into mid-range to large-scale water treatment applications.

This is where Genclean’s liquid advanced oxidation treatment products have their major advantages, using scalable advanced oxidation treatment with lower capital and operating costs without disinfection degradation over a conservatively rated 6 month storage life. Our NSF certified sustainable solutions overcome conventional barriers to utilization of an AOP water disinfection process, to serve both water utility plants as well as several industry verticals that require large volumes of water or wastewater to be treated efficiently with relatively lower overall tertiary treatment cost.

Genclean Benefits

Here are the major benefits of using our water and wastewater treatment solutions:

Genclean’s AOP liquid formula is more effective in its oxidation capability compared to that of ozone, chlorine, hydrogen peroxide, and other non-chlorine disinfecting solutions.
It is effective in a wide range of pH range, making it a versatile component in the disinfection of water and wastewater products.
Our products are better than other water treatment formulas because it does not require the activation of an external catalyst.
Genclean water treatment solutions require little investment when it comes to capital cost and staffing. There is no need to hire a highly trained technician to monitor the stability of the solution when mixed with any water source.
Distribution of the Genclean liquid AOP product can be managed using a GWT chemical feed pump system with an integrated pH/ORP controller making automated dosing easier and safer.

Our Mission – Make Water Treatment Safer And More Effective

Genclean Treatment Solutions is committed to providing sustainable and scalable liquid solutions for the disinfection and oxidation of harmful microorganisms and pathogens found in a wide variety of water sources. Our NSF-certified advanced oxidation disinfection products are sustainable and non-toxic to humans and the environment.

Our products assist water and wastewater treatment companies in the sectors of food/beverage & aquaculture, water utilities, heavy industry, commercial cooling tower treatment, and hospitality.

Through the innovation and value that our sustainable and scalable advanced oxidation liquid treatment process provides, we make it easier for both private industry and government clients to meet ever changing water & wastewater treatment standards set by local, state, and federal regulatory authorities.

Contact us to know more about Genclean advanced oxidation treatment solutions and learn how we can help you in making your high volume water treatment processes safer, effective, and cost efficient.

The post Genclean’s Mission – Helping In High-Volume Water Disinfection appeared first on Genclean by Genesis Water Technologies.

The Story Of Genclean And Its Advanced Oxidation Formula

Genclean-Admin — Fri, 06 Aug 2021 07:30:00 +0000

Water is usually treated twice, once before it is used and another after it has been used. Water treatment is a vital element in ensuring the safe use of the water either for human consumption or for disposal back to nature. This cycle must be maintained to make sure the supply of water is conserved and remains sufficient for future use.

Treatment of Drinking Water

These are the major methods for the treatment of drinking water used in the United States: chlorination, ozonization, and exposure to UV radiation.

Chlorination and ozonization

Chlorination is one of the most widely used methods for the treatment of drinking water in the United States. But the discovery that chlorination can lead to the formation of trihalomethanes (THMs) led scientists to seek alternative disinfection methodologies. High levels of THMs are associated with health effects like bladder, rectum, and colon cancers, and other non-cancer effects like jaundice, liver enlargement, and reproductive adversities.

Chemical water treatment is one of the ways to clean used water. Using oxidizing agents like chlorine and ozone prevents bacteria from propagating in the water, making it safer to be washed back into nature.

Chlorine kills bacteria that decompose and contaminate the water. Ozone, on the other hand, neutralizes the water to bring it to a natural pH of 7.

These wastewater treatment solutions are effective in freeing the water from unwanted microorganisms, but they have disadvantages when it comes to scalability and maintenance. Chlorine does not have an issue with scalability. Its issue with scalability is its safety storage and the development of THMs. Load factors have a big impact on the effectiveness of these disinfectants, so more complex equipment is needed to properly incorporate ozone or chlorine solutions into the water.

Ozone and chlorine water treatment solutions perform well in small-scale applications. But when presented into larger volumes of water, their disinfecting capabilities can be compromised, thus real-time monitoring and flow control are must-haves. The complexity and resource-intensive requirements of using these traditional chemical water treatments, especially ozone, call for more practical alternatives that do the same job without sacrificing potency.

UV radiation

The use of UV light is another technique for the treatment of drinking water. It is a very effective disinfectant known for its strong germicidal ability against bacteria and viruses. This treatment method is widely accepted in the USA and is used in disinfecting municipal and household drinking water systems. However, water treatment companies using UV radiation require regular maintenance of the system because UV lights gradually lose their effectiveness through continuous usage.

Wastewater Treatment Solution

Wastewater comes from sinks, toilets, bathtubs, laundries, and drainages. It may contain traces of substances like food scraps, oil, soaps, human waste, and chemicals. Households, commercial spaces, and industrial plants all contribute to the volume of wastewater that must be treated before it is released back to the environment.

Wastewater treatment companies in the USA have the equipment to filter water and make it more environmentally friendly. However, these facilities also leave an environmental footprint when they operate.

The Problems with Water Treatment Plants

The cost of maintaining the water treatment facilities is in the billions of dollars, excluding repairs and upgrades which are much needed to make them more efficient and sustainable. This challenge is one of the primary reasons why many water treatment plants continue to use outdated systems that require expensive maintenance to continue running and passing set standards.

There is also the issue of energy consumption. Wastewater plants and filtration facilities are some of the biggest consumers of electricity in the country, contributing to as much as 15% of the nation’s annual electrical consumption. There are cleaner options, but the transition to these systems remains slow, not to mention costly, resulting in delays in the shift to greener approaches.

Wastewater and water treatment companies need professionals to run the plant. However, there is a shortage of qualified individuals who can fulfill the job. Automation is a possible solution, but doing so still requires a considerable amount of capital to accomplish.

Water and wastewater treatment facilities collect organic residue that came from their filtration systems. These components can be minimized using non-toxic methods to make them less impactful to the environment and humans. Eco-friendly wastewater treatment solutions can reduce the harmful effects of these residues without compromising anything in the process.

These challenges contribute to the reasons why water treatment companies look for alternatives and supplements to their existing processes to make their filtration and sanitation systems more efficient, practical, and environment-friendly.

What Makes Us Different – Advanced Oxidation Process (AOP)

Genclean technology uses a non-toxic, advanced oxidation process for disinfecting large bodies of water. It comes in a liquid formula consisting of minerals chelated with oxygen stabilized in an aqueous water solution. It is suitable for the treatment of drinking water and is an effective tertiary wastewater treatment solution in industries and wastewater utilities that require highly efficient disinfection and sanitation properties.

Compared to chlorine-based and ozone-based solutions, the advanced oxidation process of Genclean products is at least 150% more effective. The oxidation capability of the solution works in a wide range of pH, making it very versatile in various applications.

Aside from being more powerful than chlorine and ozone in disinfecting water, Genclean’s advanced oxidation process retains its strength for 6 months. The solution can be stored inside a container for months without any reduction in its oxidation strength.

Genclean presents a green wastewater treatment solution that minimizes environmental footprint or allows for non potable water reuse where applicable. In addition to being a non-toxic solution, the potency of the advanced oxidation process employed in Genclean water treatment solutions has large cost savings in industrial applications, amounting up to several thousands of dollars.

Another benefit of the advanced oxidation process found in Genclean products is how it prevents recontamination. Additionally, it is a very practical supplement for the treatment of drinking water since it does not require complex equipment or highly trained technicians to use it.

Our Story – Greener Water Treatment Solutions

We are a part of the USA-based company Genesis Water Technologies which is an award-winning leader in providing water and wastewater reuse solutions to a wide range of industries and communities. We specialize in developing scalable wastewater treatment solutions certified by the National Sanitation Foundation (NSF) for industrial, commercial, governmental, and non-governmental clients.

We are a water treatment company committed to providing sustainable liquid solutions based on the advanced oxidation process for disinfecting and oxidizing pathogens, contaminants, and pollutants in water streams.

Genclean technology is used in the tertiary treatment stage for water oxidation and disinfection. For the treatment of drinking water or wastewater, Genclean solutions can be introduced through a chemical feed pump system with an integrated ORP controller.

Our solution is applicable to a range of industry verticals including water utilities, commercial/industrial facilities, hotels/resorts, water park/aquatic centers, and the food and beverage sectors. Get in touch with us to know more about our sustainable and innovative water treatment solutions.

The post The Story Of Genclean And Its Advanced Oxidation Formula appeared first on Genclean by Genesis Water Technologies.

What is Genclean Advanced Oxidation Disinfection?

Genclean-Admin — Thu, 01 Apr 2021 15:35:33 +0000

What is Advanced Oxidation Disinfection?

In an overview, advanced oxidation disinfection is a specific treatment process designed to oxidize, disinfect, and remove organic and certain inorganic contaminants from water and wastewater through the generation of hydroxyl radical (OH) and other specific compounds.

What is Oxidation Reduction Potential (ORP)?

ORP stands for oxidation reduction potential or redox potential. Basically, it is an indication of the purity of the water and its capacity to neutralize contaminants & organisms based on the potential to oxidize these organisms and contaminants.

An ORP controller is designed and engineered to give an immediate reading of the quality of the water and will provide a record of its readings via an integrated memory device.

The reaction time of an advanced oxidation disinfection process is rapid and encompasses many chemical reactions, therefore, concentration, not contact time is the foundation for system design.

Therefore, oxidation reaction tanks are sized accordingly to allow for recirculation and reintroduction of Genclean to optimize treatment concentration in the reaction tank.

The readings on an ORP system controller can and shall be cross referenced and checked from time to time by using a suitable portable ORP meter or test strip kits to confirm the accuracy of the readings provided by the ORP controller.

What is Genclean Advanced Oxidation Disinfection solutions and how do they compare to other oxidants?

Genclean technology is a NSF certified non-toxic, advanced oxidation (AOP) liquid formula of minerals chelated with oxygen and stabilized in an aqueous water solution. It is a suitable option in industries and applications requiring a solution to challenging situations where highly effective disinfection, oxidation and sanitization is required.

It has 2x the oxidation capability of chlorine (bleach) and almost 1.5x the oxidation capability of hydrogen peroxide, ozone, and similar non chlorine solutions as measured by oxidation reduction potential (ORP) or redox potential on an electrochemical potential chart.

Genclean is a product of a chemistry that is effective in a wide pH range. It does not require the activation of an external catalyst which is typically required in conventional advanced oxidation treatment processes.

This solution provides the benefits of advanced oxidation plus residual protection to prevent recontamination, and it does not require a large capital investment or highly trained technicians.

How does Genclean work?

Genclean works through the creation of molecules called hydroxyl radicals in combination with large amounts of other molecules including super oxides, reactive oxygen, among others to oxidize, disinfect, and sanitize drinking water & wastewater streams for both commercial/industrial clients and water utilities.

Hydroxyl radical molecules non-selectively react with organic pollutants in the water source through four or more different modes of attack, simultaneously oxidizing and breaking apart these organic contaminant molecules internally.

Due to the generation and regeneration of these reactive hydroxyl molecules and other oxidizing molecules without the addition of external catalyst systems, chemicals or compounds, Genclean is inherently, safer, more efficient, and scalable. It is also can support residual disinfection protection.

How is it injected into a water or wastewater stream and what is ORP and how is it measured?

Genclean products are typically injected into a drinking or wastewater stream through the use of a GWT liquid chemical feed pump system with an integrated pH/ORP water treatment controller.

This system controller measures and monitors the pH and ORP values in the water source to maintain a specific ORP range for the specific application. A chemical feed pump doses the Genclean chemical into the water source typically by using an inline static mixer or other suitable mixing device to maintain the suitable ORP values on a continuous basis for organic, microbial oxidation & disinfection or both.

What Genclean products are available and what are their applications?

– Genclean Muni

This product is our NSF certified product for water utility drinking water & domestic wastewater oxidation and disinfection applications.

– Genclean Disinfect

This product is our NSF certified product tailored for the disinfection of cooling towers.

– Genclean AQ

This product is our NSF certified product for the food/beverage industry (process wash water, wastewater disinfection) and fish farming industries (disinfection).

– Genclean Ind

This product is our NSF certified product for industrial wastewater oxidation & disinfection applications.

– Genclean Pool

This product is our NSF certified product designed for the disinfection of pools & water features.

– Genclean Chemical Feed Skid Systems

– Genclean Chemical Feed Systems for Pools & Water Features

Want to learn more about the issues that Genclean liquid advanced oxidation can help your organization solve? Contact the advanced oxidation experts at Genclean Treatment Solutions, a division of Genesis Water Technologies at +1 321 280 2742 or reach out to us via email at customersupport@gencleantreatment.com to discuss your specific applications.

The post What is Genclean Advanced Oxidation Disinfection? appeared first on Genclean by Genesis Water Technologies.

Genesis Water Technologies Announces New Genclean AOP Disinfection Division with 5 Innovative New Product Solutions

Genclean-Admin — Fri, 26 Mar 2021 05:20:04 +0000

Genesis Water Technologies, (GWT) a US based global water solutions engineering company has announced that it has recently launched its innovative Genclean AOP Disinfection Division.

Genclean is committed to launching sustainable and scalable liquid AOP disinfection solutions. Their purpose is to disinfect and oxidize harmful pathogens, micro pollutants, bio fouling and trace metal contamination in water streams.

Are you a Distributor working with Commercial, Industrial or Water Utility clients and looking for innovative, environmental friendly disinfecting solutions to offer to your clients? … Then Genclean is your answer.

After rigorous development and testing, the NSF 60 certified and patent pending Genclean products will be available in five different variants. These new items can be injected into the water source using Genclean chemical feed skid systems with integrated ORP dosing controllers.

The new Genclean products include:

* Genclean Muni (for water & wastewater utility disinfection)
* Genclean Disinfect (for cooling tower disinfection applications)
* Genclean AQ (for food/beverage industry water disinfection)
* Genclean Ind (for disinfection of industrial wastewater)
* Genclean Pool (for the disinfection of commercial pools, spas and water features)

These products are now available to our distribution partners in the US and across the world.

Across the globe, there is an increasing need for environmentally safe and sustainable disinfection methods that are capable of both oxidization and disinfection of emerging contaminants and pathogens without producing toxic disinfection byproducts.

This is no more apparent, than in the age of the global Corona virus pandemic and its implications on water & wastewater treatment.

Genesis Water Technologies is on the leading edge of addressing this critical issue.

Primary Benefits of Genclean:

– Produces up to 2x greater oxidizing capabilities of chlorine and bleach, and almost 1.5x the oxidizing capability of hydrogen peroxide, ozone and similar treatment solutions.

– Provides disinfection and oxidation of emerging pathogens and contaminants with low capital cost to meet stricter regulatory requirements, without the potential for harmful toxic byproducts typically associated with other water disinfection solutions.

Do not miss out on this opportunity. To learn more about the Genclean product line and distribution possibilities in your region, connect with us through our new division website https://gencleantreatment.com.

About Genclean

Genclean is a division of the award winning USA based water engineering solutions company, Genesis Water Technologies (GWT) dedicated to developing, implementing and optimizing NSF certified liquid advanced oxidation solutions using sustainable green chemistry for companies and water utilities. To learn more about GWT and our solutions & services, visit the Genesis Water Technologies website at https://genesiswatertech.com.

The post Genesis Water Technologies Announces New Genclean AOP Disinfection Division with 5 Innovative New Product Solutions appeared first on Genclean by Genesis Water Technologies.

Genclean by Genesis Water Technologies

AOP: Revolutionizing Pathogen Removal in Water Treatment

Table Of Contents:

The Role of AOP in Pathogen Removal

The Importance of Pathogen Removal

How AOP Works for Pathogen Removal

Achieving Efficiency with AOP

Challenges and Solutions in Implementing AOP Systems

Technical Barriers in Implementing AOP Systems

Tackling Operational Challenges: The Power Of Planning Ahead

Application of Genclean AOP Oxidation Processes

Basic Science of Genclean AOP

Busting Myths About the Genclean Process

Role of AOP in Soil Aquifer Treatment (SAT) Systems

A Fresh Perspective on Water Safety

The Science Behind It All

Beyond Pathogens: Total Contaminant Removal

Making Groundwater Great Again.

AOP and SAT: A Match Made in Science Heaven

Advances and Innovations in AOP Technology

Energy Optimization in AOP Processes

Tackling Pathogens Head-On: Next-Gen Solutions

Making Waves: Case Studies

Case Studies on Successful Implementation of AOP

A Success Story from a Municipal Water Treatment Plant

A Win for Industrial Wastewater Treatment

Tackling Pathogens in Agricultural Runoff Water

FAQs in Relation to Aop for Pathogen Removal in Water

What is the AOP process in water treatment?

How do you remove pathogens from wastewater?

What is the Genclean treatment method?

What is the AOP mechanism?

Conclusion

Why Is Scalable Advanced Oxidation Important To Industry?

How Industries Benefit From Advanced Oxidation Technologies

Rapid reaction rates

Smaller land area requirement

No new hazardous substances

Versatile application

Disinfects the water

Deals directly with contaminants

Other Industries That Can Benefit From Scaling Advanced Oxidation Systems

Why Advanced Oxidation Is The Best Solution

How Can Advanced Oxidation Deal WIth Scalability Challenges

Genclean Scalable Advanced Oxidation Solutions

Chlorine VS. Genclean: Which Is Better?

What is Chlorine?

Use of Chlorine in Water Treatment

What are the Benefits of Chlorine?

What are the Disadvantages of Chlorine?

What is Genclean?

Use of Genclean in Water Treatment

What are the Benefits of Genclean?

What are the Disadvantages of Genclean?

Chlorine VS. Genclean: Which is Better?

The Genclean Treatment: Creating A Cleaner World

Genclean – Our Culture, Values, And Vision

Who We Are

Company Culture

Values

Integrity

Innovation

Sustainability

Vision

What Makes Genclean Different?

Genclean - Solving the Most Common Water Treatment Challenges

Training

Bacteria growth

Monitoring

System design

Maintenance

Genclean’s Mission – Helping In High-Volume Water Disinfection

Methods Used By Water and Wastewater Treatment Companies

Sodium hypochlorite

Ozone

UV radiation

How Genclean’s Oxidation Technology Helps

Genclean Benefits

Our Mission – Make Water Treatment Safer And More Effective

The Story Of Genclean And Its Advanced Oxidation Formula