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The natural evolution of green technology
Welcome to Aquametrics?
We are a leading provider of water treatment equipment, offering a range of products designed to meet the needs of residential, commercial, and industrial customers. Our team of experts has years of experience in the industry and is committed to delivering top-quality solutions that are both effective and affordable. Whether you're looking for a simple filtration system or a complete water treatment plant, we have the expertise and resources to help you achieve your goals. Contact us today to learn more about our products and services.
Why Choose Aquametrics?
We offer a wide range of water treatment solutions to meet the needs of any customer. From residential to commercial to industrial applications, we have the expertise and resources to deliver top-quality solutions that are both effective and affordable.
New Advanced Water Treatment Technologies for today’s water
New Contaminants of Emerging Concern(CECs) are not new to our water, our ability to detect them is.
Explore our cutting edge technologies. The water toxins of today require new advanced materials.
Legal does not equal safe. You need to take your water quality into your own hands. Buy a filter or be a filter.
Products from our Reaseach and Development Lab
AQUASORB a breakthrough in material science. Innovative adsorption technology.
AQUASORB represents the pinnacle of innovation in water management and Adsorption technology. This cutting-edge product is designed to effectively capture, retain, and purify water, making it an indispensable solution for water pollution.
Broad Spectrom removal capabilities
O
Regeneration restores capacity
UNBELIEVABLY EFFECTIVE WATER PURIFICATION TECHNOLOGY
A NEW ERA IN WATER PURIFICTION. PUREREDOX
INTRODUCTION
PureRedox is the world’s first High-Redox Technology, a next-generation granular filtration media that revolutionizes water treatment by Advanced Oxidation Reduction
(Redox) processes.
PureRedox is uniquely engineered using two specialized carbon-based adsorbers:
70% Copper-Coated Activated Carbon (Cathode) 30% Zinc-Coated Activated Carbon (Anode)
HOW PureRedox WORKS
THE REDOX MECHANISM
PureRedox is a dual-function granular filtration media that integrates:
Zinc-Coated Activated Carbon as an Anode
(Electron Donor)Copper-Coated Activated Carbon as a Cathode (Electron Acceptor)
Together, these two highly conductive, regenerable carbons create an electrochemical Redox reaction that
eliminates at an atomic level. This self-sustaining redox cycle ensures superior oxidation, disinfection, and organics
removal, including heavy metals, setting a new standard in water treatment efficiency.
As water flows through the PureRedox filtration media, it undergoes a continuous electro chemical reaction, where
the zinc-coated carbon donates electrons (Oxidation) and the copper-coated carbon accepts electrons (Reduction).
This controlled redox environment destroys organic contaminants, reduces heavy metals, and neutralizes
harmful microorganisms.
WORLD’S FIRST HIGH-REDOX T E C H N O L O G Y
Glyphosate, Heptachlor/Heptachlor Epoxide, Hexachloro
benzene, Methoxy chlor, Methylene chloride, Pentachloro-
phenol, Polychlorinated Biphenyls (PCBs), Pyrethroids,
Toxaphene.
All these contaminants have serious health effects.
Biofilm, Legionella, E. Coli, Salmonella, Pseudomonas
NEUTRALIZES ALL DISINFECTION BYPRODUCTS
ELIMINATES PHARMACEUTICALS.
KEY FEATURES & ADVANTAGES
Removes more troublesome Pollutants than any other filtration media
Best available technology
Chloramines are a problem
Over half the US population is exposed to Chloramines instead of chlorine
Advanced Chloramine Filters
Aquametrics has the best Chloramines removal technology in the industry.
All Aquametrics adsorbers can be regenerated to restore their capacity.
The relationship between carbon surface area, contact time, and the removal of chloramines from water is crucial for effective water treatment.
Most coconut shell carbons are 85% micropore slot size.Chloramines are a large Macro-pore compound.
Aquasorb’s unique pore structure consisting of Positive as well as Negative micro-pores, meso-pores, and macro-pores. Aquasorb adsorber has 90% Macro-Pores making it absolutely unique with a surface area of about 6000-6500 m²/g
A couple of key considerations need to be considered when selecting Chloramine water treatment:
Filter Media. Surface Area
Aquametrics ZVI. 2800 m² per gram
Aquametrics AquaSorb. 6500 m² per gram
Aquametrics PureRedox 1800 m² per gram
Calgon Centaur 950 m² per gram
Jacobi Petrosorb 1050 m² per gram
Surface area
A larger carbon surface area improves chloramine removal efficiency.
Chloramine is a much more stable molecule than chlorine. Its removal is not a rapid reaction but a slower catalytic decomposition process on the carbon's surface, often requiring a longer duration for the bond between the chlorine and ammonia to break down. This process converts the chloramine into harmless products like nitrogen gas and chloride ions.
If the decomposition is not completely finished Carbon can have its capacity lowered to 1/8th of the capacity it has for chlorine.
Contact time:
Longer contact times are beneficial for effective adsorption.
Flow rate:
The interplay between flow rates and contact time is critical for optimizing treatment systems.
If you're looking for specific figures or studies on this topic, I can help with that as well!
The relationship between carbon surface area, contact time, and the removal of chloramines from water is crucial for effective water treatment.
1. Carbon Surface Area
Activated Carbon: The effectiveness of activated carbon in removing chloramines largely depends on its surface area. A larger surface area provides more sites for adsorption, which enhances the removal efficiency.
2. Contact Time
Importance of Contact Time: Contact time refers to the duration that water is in contact with the carbon filter. Longer contact times generally allow for more chloramines to adsorb onto the carbon surface.
Flow Rates: Higher flow rates decrease contact time, which can limit the effectiveness of chloramine removal. Slower flow rates increase contact time, improvir d removal efficiency.
3. Adsorption Mechanism
Physical Adsorption: Chloramines are primarily removed through physical adsorption, where they adhere to the surface of the activated carbon.
Chemical Reaction: In some cases, chloramines can react chemically with the carbon, especially if the carbon has been treated with certain functional groups, such as Catalytic Carbon.
Optimal Conditions
Balance Between Surface Area and Contact Time: For effective chloramine removal, it's essential to balance surface area and contact time. High surface area carbon can be effective even with shorter contact times, while lower surface area carbon requires longer contact for effective removal.
System Design: Treatment systems should be designed to maximize both surface area and contact time, possibly through the use of multiple stages of filtration or varying carbon types.
Chloramines are a problem
Half the US population now is using Chloramines as the primary water disinfectant
Request a Quote
Ready to get started? Contact us today to request a quote for your water treatment equipment. Our team will work with you to find the best solution for your needs and budget.
The Amazing NANO-PAC
A MUST HAVE FOR MOST WATER FILTER TREATMENT TREES .
NanoPak
Electro-adsorptive technology
Nano-Pak is an electro-adsorptive technology. It uses an electrical charge to remove very small pathogens, like E.coli and Legionella, from the water, while ensuring the healthy minerals that are good for us remain.” This single-source approach to purification is also the most sustainable.
Removes bacteria at more than 99.9999%, including E. coli
Independent testing has shown filter media to reduce MS2 virus at more than 99.99%. It can reduce a wide range of bacteria at more than 99.9999%, including E. coli, Pseudomonas and Legionella.
Removal of pharmaceuticals
Pharmaceutical removal studies
Dirt holding capacity
How the NanoPak compares to membrane filtration
520 UF
3 Stage Purification Point Of Use Filter Ultrafilter membrane,carbon block and scale treatment
'
Problem water specialists
Aquametrics is not a marketing company, we have been in a 1000 well water pumphouses.
Aquametrics has found, not only does the correct treatment technique need to be deployed, but creating the optimum environment for that treatment technique to perform is critical to long problem free success.
A patent pending hardness and scale electronic device
THE TURBO DESCALER
A BETTER ALTERNATIVE to water softeners. The descaler represents modern innovation that can Treat the scale hardness in your water and on your pipes. The Descaler mitigates the damaging effects of hard water without adding any salt to the the environment.
A few of our water treatment medias
SURFACE ENHANCED WITH ZERO VALENT IRON
INDUSTRY LEADER IN SALTLESS WATER CONDITIONING
INDUSTRY LEADER IN SALTLESS WATER CONDITIONING
CATALYTIC CARBON® is Coconut carbon CATALYTIC CARBON® is tested to meet NSF 61 Standard
CATALYTIC CARBON® is Catalyzed with Iron (“Catalytic Structure”)
Iron Catalyst has the highest Oxidation and Adsorption pores “Inside as well as Outside the Activated Carbon”
Surface of CATALYTIC CARBON® ranging from 2000 m2/g to 2500 m2/g
Iron Particles coated inside and outside the micro-pores of CATALYTIC CARBON® eliminates the need of expensive Ion- Exchange and Membrane Process.
Catalytic-Carbon™ Removal methods:
1. Mechanical Filtration (fine particles, TSS, Turbidity down to 1 micron)
2. Adsorption of organic contaminants
3. Adsorbtion of inorganic contaminants (e.g. As, Heavy Metals, Radionuclides)
INDUSTRY LEADER IN SALTLESS WATER CONDITIONING
INDUSTRY LEADER IN SALTLESS WATER CONDITIONING
INDUSTRY LEADER IN SALTLESS WATER CONDITIONING
Introduction
The combination of FILTERSORB® SP3 and FILTERSORB SPA is an excellent choice for all residential, industrial, and commercial applications since it provides optimum scale prevention. The FILTERSORB® CT as a combined technology results in very high efficiency and provides additional capacity to the system.
The FILTERSORB® SP3 and FILTERSORB® SPA combination is well suited to treat water with hardness over 15 grains or permanent hardness over 250 mg of (Ca + Mg + SiO2 + SO4) is typically over 60 % of the total anions.
LEARN MORE ABOUT THIS ADVANCED TECHNOLOGY
Premiere iron and manganese filter media
INDUSTRY LEADER IN SALTLESS WATER CONDITIONING
It took 10 years to manufacture the catalyst and to develop
Katalyst Light, formally known as Katalox Light.
Katalyst light is a manganese dioxide based Catalyst media that can split water efficiently into Hydrogen (H*) and Hydroxide (OH-) at pH
from 5.6 to 10.5
. Hydroxide ions are used for the precipitation of heavy metals up to 99.99%. Which represents the highest percentage of metal removal than any media in water treatment.
Proprietary Catalvst turns cations into stable insoluble or solid-state particles and then removes them with backwash.
The process cannot be compared with other technologies. Other flocculants like Pyrolox, Filox or Greensand Plus are antiquated.
Proprietary Catalvst turns cations into stable insoluble or solid-state particles and then remove any with backwash.
At Aquametrics we use natural processes, not chemicals.
Application
- To Filter out suspended solids.
- Due to its high alkalinity, it is easy to control the pH without using any chemicals.
- Remove silica effectively compared to Ion exchange Resin’s and Membranes.
- Remove Phosphorus effectively compared to any other technology available in the Market.
- Remove CO2 and H2S including Ammoniain the water or wastewater
- Controlling Corrosion of the Municipal and Utilities network without adding any Corrosion inhibitors
- The simplest process of enriching water with Mg2+ ions to be salinated and softened water
- Solve all scaling problem’s in wastewater tanks with its long-lasting alkalinity/pH control. Easy and safe to handle since.
- NON-HAZARDOUS
- NON-CORROSIVE
- NON-TOXIC
Best particulate filtration media on the market
.
CRYSTOLITE can be used to filter down 0.5 microns without clogging.
It allows all suspended solids to accumulate on the surface of the CRYSTOLITE and are easily backwashed to drain.
The backwash cycle is 3 minutes to a maximum of 10 minutes.
CRYSTOLITE uses 80% less water than any traditional anthracite or multimedia filters, it is because 90% of the solids are captured on the surface and not inside of the CRYSTOLITE.
High-tech filtration that can filter solids and particles down to submicron levels
at 10 to 15
times the flow rate of all traditional filters.
Raises PH and removes heavy metals.
High Capacity Adsorber plus De-Adsorber to selectively Trapp Nitrates
World’s first High Capacity Adsorber plus De-adsorber to selectively Trapp Nitrates. It has 5 times higher capacity than any other commercially available adsorber in the market. Nitrotrapp is certified and has been specially manufactured to meet Drinking Water standards and has passed,
Taste and Odor tests
100% De-adsorption test
Nitrotrapp is different from all other nitrate removal systems in the market in several aspects. The custom designed adsorber removes not only nitrates from drinking water, but also provides healthy bicarbonates. “This can’t be achieved simply by any other media, which are based on Ion Exchange or Reverse Osmosis.” Anion exchange for nitrate removal is similar to a water softener, where relatively large amount of sodium chloride are typically used.
The adsorption of Anions increases with decreasing pH
The removal of contaminants have many variables when deciding which treatment technique to deploy.
Optimum PH for fluoride removal:
Inorganic Coagulant: Optimum pH for fluoride removal was 6.5.
General Removal: For general fluoride removal, the water pH should be between 5.0 and 6.3.
Optimum PH for Arsenic removal:
General Removal: For general Arsenic and Fluoride removal, the water pH should be between 6.0 and 6.5.