Septic Tank Treatment Options – RID-X Versus NORWECO Bio-Gem Review

January 26, 2012 By 1 Comment

As a homeowner, I always had trouble with my septic tank system.  Due to various issues, I had to pump my septic tank every one to two years.  Around the year 2000, this was not a big issue in that pumping costs were about $100.  Septic tank pumping costs are now about $350 for a 1200 gallon septic.  This high-cost and the inconvenience of having to pump forced me to look at septic tank additives.  From the year 2002 about 2005, I tried many septic tank additives.  Septic tank treatment additives that I tried included RID-X and numerous other liquid additives.

All the standard commercial additives available, most notably RID-X, barely extended the time between pump intervals.  In addition, noticeable odor from my septic tank and floor drains were prevalent when I used RID-X in these other products.  As a licensed wastewater engineer, I felt that I could do better.  My research led me to start using NORWECO Bio-Gem organic digester.  I started using Bio-Gem in the summer of 2006.  Since using Bio-Gem organic digester, I have not had to pump my septic tank for over six years now.  One side benefit that I see in using the NORWECO Bio-Gem organic digester is the elimination of the rotten egg smell, which I had up to this point.

In addition, I had clogging line problems from the house to the septic tank.  My wife routinely poured bacon grease another oils down my sink drains.  These greases clogged my line from my house my septic tank.  I troubleshot this problem with a sewer camera prior to and after using Bio-Gem.  Over a couple months, the Bio-Gem product digested all the grease buildup in the line.  I have had no further problem with this line clogging.

I became a NORWECO distributor, since I like the product so much.  Please visit our online store for pricing on this fine product.  I discount the prices of all NORWECO products since I have low overhead and that I do volume online selling.

Please visit our site for pricing and other good information on wastewater treatment systems and NORWECO products.  If you have any questions, or comments, please feel free to contact me at bosshardeng@aol.com.  We welcome your input.

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Septic Tank Treatment for Odors and Conditioning RID-X Review

November 17, 2011 By Leave a Comment

By Bruce Hardboss, PE

Have you ever had your septic tanks Sinks, showers, etc. produce a foul smell like rotten eggs? The rotten egg smell is due to the production of Hydrogen Sulfide.  I used to constantly deal with a rotten egg smell from my house’s showers and bathtubs. I tried to use various septic tank treatments such as RID-X®. The RID-X® septic tank conditioner did nothing for the rotten egg smell and did not help the performance of my septic tank which required pumping every two to three years or so.

As a professional wastewater engineer, I took it on myself to solve this problem. Hydrogen Sulfide is produced by bacteria in my septic tank and supply lines in anaerobic conditions. Basically, in the absence of Oxygen,  the anaerobic bacteria use mineral compounds present in their environment to basically breath. As the more efficient compounds are used up (ones that have a higher energy yield) you are eventually only left with Hydrogen sulfide producing compounds.

The use of RID-X® or similar compounds are limited to enzymes and do little for supplementing the minerals and compounds which the anaerobic bacteria need to metabolize. So RID-X® or similar dry compounds do little to treat the “smell.”

I have discovered NORWECO Bio-Gem® organic digester about eight years ago. Bio-Gem® is a liquid product, which is loaded with beneficial bacteria (which are engineered to digest solids and grease) and a high concentration of the top tier nutrients and compounds. These nutrients and compounds promote good septic tank health and prevent the production of

Scheme of septic tank

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Hydrogen Sulfide.

Bio-Gem® has solved my septic tank pumping problems (I have not had to pump my septic tank in over 6 years, vice every two years without), and moreover, there is absolutely no odor being produced from anywhere in my septic system.

As a professional engineer, I strongly recommend the use of Bio-Gem® on a regular basis. Bio-Gem® minimizes septic tank pumping and eliminates septic system odors. Also, Bio-Gem® can be used in homes and businesses on city sewers to unclog supply lines and also it prevents odors. Try it you won’t be disappointed.

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Wastewater and Sewage Microorganism – 3 Parasites Incidental to Wastewater and Sewage Disinfection

November 5, 2011 By Leave a Comment
Schistosoma mekongi

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Various  spherical worms parasites and flatworms can be transmitted to humans by means of ingesting contaminated water. A single mature larva (or fertilized eggs) can lead to infection and these parasites are relatively durable.

To keep away from the condition due to schistosome, the drinking water might be saved for forty eight hours and as a result rendered safe. Slow sand filters can eliminate the greater part of cercariae (if appropriately operated) and disinfection with residual chlorine of .5 mg/l for one hour will destroy cercariae of the human schistosomes. We recommend chlorination in any event.

A sounder strategy is to get rid of host snails which are inclined to fecal contamination and to other microorganisms in wastewater. The grandmother’s strategy of boiling and filtering will usually function in opposition to contaminating wastewater microorganism species.

Rotifiers

Rotifers are multicellular animals that can take in small particulates as effectively as bacteria and algae between other sewage microorganism species. The rotifers can attach themselves to flock particles and graze on the bacteria on the flock surface. Due to the fact of their significant measurement, protozoa and rotifers and related microbes in wastewater are very easily acknowledged under the microscope and are usually utilized as indicators of the biochemical qualities of wastewater remedy techniques.

The rotating movement of the cilia located on the head of the organism is a sure method to identify the bacteria.  Metabolically, rotifers can be labeled as aerobic chemoheterotrophs.

Crustaceans

Like rotifers, crustaceans are aerobic chemoheterotrophs that feed on wastewater microorganism species like bacteria and algae. These difficult-shelled, multi-cellular animals are a source of foods for fish. (Crabs and lobsters are crustaceans).

For a Free Ebook on a new technological innovation that employs wastewater microorganism species to deal with wastewater, click on http://www.all-about-wastewater-treatment.com

 

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Drinking water Injury Burnaby: Hidden Risks Of Sewage Lift Stations Back Up

October 17, 2011 By Leave a Comment
Burnaby

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Drinking water restoration right after a sewer backup flood is no joke. This kind of catastrophe can deliver about devastation, not just to your belongings but to your health as nicely. There are a lot of home contractors in Burnaby and throughout Higher Vancouver that provide specialist restoration services for residents and businesses. These organizations have lifted the weight off the shoulders of hundreds of people.
There are numerous positive aspects to using a skilled h2o restoration and fix company in comparison to undertaking it on your individual. For one particular factor, it is pretty not likely that you have the appropriate devices to efficiently cleanse your home and dry it out extensively. If the career is not performed properly, you danger additional damage and repairs in the foreseeable future because of to the probability of structural injury, mildew and other pathogens that can hide in unseen places. Experts will have the needed gear to test for dampness and air quality, in addition to properly cleaning and restore your furnishings and your residence, which would otherwise take you so much time, work and funds ought to you try to undertake this on your own.
Nonetheless, far more crucial than the gear, is that there are some significant wellness hazards in making an attempt to undertake sewage again up restoration by yourself. The variation that sewer drinking water has from other sorts of flood h2o is that with sewage you are placing yourself and your household at chance of serious well being troubles because of to the pathogens that are soaking into your personal belongings and creating structure, as nicely as pathogens that turn out to be airborne and circulate during the residence. It is actually a dangerous task that calls for specialised coaching and strict health and basic safety rules. To take this sort of fix on by by yourself would be inviting critical well being potential risks.
As with any form of drinking water hurt, you must also contemplate that the damage is still getting performed even right after the h2o amounts have gone down. This is because the development of mold gets to be a lot much more common when there is a increased amount of humidity. Mold has a unpleasant behavior of hiding in tough to achieve areas, areas in which you would not feel to look. So hiring pros is a fantastic way to be in a position to see if there is mold growing in concealed areas. This will make sure your family’s security since mold can also trigger a selection of diseases.
All in all, it is hugely suggested that you to retain the services of professional h2o hurt contractors to do the function for you. This will ensure your security along with your family’s, and enable you to sense more at ease and relaxed throughout the restoration approach.

Copyright 2010 Masters Remediation Companies. We present emergency h2o hurt restoration solutions to homes and businesses in Burnaby and all the way through Greater Vancouver. We take pride in providing leading top quality workmanship and exceeding expectations. Watch these limited videos guidelines to aid in situation of flood: http://mastersremediation.com/video clip-web site/video clip_flood.html
Get a Free CHECKLIST to avoid additional damage and lengthy repairs… and get a Gift for New Buyers: http://mastersremediation.com/flood/freeguide.html

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Orenco’s “AdvanTex Treatment Systems”

September 15, 2011 By Leave a Comment


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Orenco’s “AdvanTex Treatment Systems” picture explains the difference between measure residential septic system and advanced aid systems. It describes how Orenco’s AdvanTex material care system lavation and how excavation they goody menage effluent. It also recommends question that place owner should ask when researching their effluent tending option, including turn, bang, odour, and care cost. (Although this picture describes residential-sized AdvanTex Systems, informercial-sized AdvanTex scheme are based on the Lapplander rule.)
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Cleaning Waste Water

July 14, 2011 By 1 Comment

A lot of changes happen in time including the progression of societies and the improvement of procedures for our survival. The effective gathering and recycling of water is necessary for water has always been vital to our existence. When it comes to the technology of waste water management, there have been a lot of changes through the years.

There were waste water management systems in ancient times but what we have today are more modern not to mention more effective. We are able to enjoy a better understanding of effective systems thanks to the way our forefathers treated water before. This article will allow you to be in the know when it comes to the basics of modern waste water management.

Waste water is treated and cleaned out of the harmful contaminants that it contains through the process of waste water management or sewage treatment. Water is used daily and this results to waste water. A lot of waste water actually comes from household sewage and industrial operators.

It is waste water management that is meant to satisfy the need for sanitation for the benefit of public health. When it comes to diseases like cholera and typhoid fever, contaminated water is mostly to blame. Also meant for the general health of the society, we resort to waste water management procedures to protect our water resources considering how water is vital in our lives.

Through the years, our water supply has dwindled and this is why we need to recycle it as much as possible. When it comes to the water supply around the world, the United Nations World Water development report back in 2003 predicted a 30 to 40% decrease for the next 20 years. When these statistics come into play, crucial are more effective ways to manage waste water.

In terms of waste water management, how does it work? In this case, you will be dealing with four fundamental steps although the location of the treatment facility is pretty important. With regard to stage one, it is the pre-treatment process.

The water is strained, screened, and analyzed in this stage. In this case, the waste water may contain debris like leaves, branches, and stones and these should be removed. There are times when the waste water originates from an industrial factory and in this case, the pre-treatment process removes the grease and lubricants that were combined with the water.

After going through the pre-treatment process, the waste water is analyzed and then it heads off to primary treatment. Normally, the waste water sediments sink at the bottom of primary clarifier tanks and the grease and oils float. After this comes the removal of the sediments at the bottom and the floating grease and then chemicals will be used to treat the water for any leftover bacteria.

For the third step in waste water management, they make sure that the water is safe, safe enough to release into designated grounds and other natural bodies of water. The water will contain harmful microorganisms and the introduction of chemicals to remove them is the third stage. In terms of waste water management, the fourth stage is disinfection.

A lot of people resort to the usage of chlorine especially when the goal is to produce clean potable water. People are still looking for methods by which waste water can be managed and this is because we have a lot of environmental issues to deal with today. We have an effective system today but people are hoping for greener and more practical methods that can be used to deal with water.

Further your knowledge on water tanks at septic systems.Thank you for reading about wastewater treatment systems and water tanks.

wastewater, water, mbbr, wastewater treatment, wastewater treatment system, waste water treatment, wastewater treatment systems, wastewater, waste water, water treatment, water treatment systems, ifas www.bnm-us.com PuraMax Moving Bed Biological Reactor MBBR Designed to achieve a high quality effluent within a small overall footprint, the PuraMax System is an attached growth activated sludge process. The PuraMax Moving Bed Biological Reactor MBBR System is a cost effective attached growth activated sludge process Following a septic tank, the aeration stage consists of recycled plastic media that provide an extended surface contact area for bacteria to attach. An aeration grid located at the bottom of the reactor supplies oxygen to the biofilm, along with the mixing energy required to keep the plastic bio-carriers suspended and fully mixed. The biosolids are naturally sloughed off the media, which are removed in a clarifier. Total nitrogen reduction can be achieved with recirculation or with a post-anoxic stage with carbon addition. The PuraMax is an excellent solution for high strength and industrial wastes. The process is suitable for IFAS configurations and retrofit of existing systems. The PuraMax System is engineered specifically for municipal, decentralized or on-site community and commercial wastewater treatment applications, where cost effective, simple, reliable operation and maintenance are required. Customers interested in learning more about the new PuraMax …
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waste water treatment

July 14, 2011 By 2 Comments

Article by shubham

We call water “hard” if it contains a lot of calcium or magnesium dissolved in it. A water softener reduces the dissolved calcium, magnesium, and to some degree manganese and ferrous iron ion concentration in hard water. These “hardness ions” cause three major kinds of undesired effects.

Most visibly, metal ions react with soaps and calcium-sensitive detergents, hindering their ability to lather and forming a precipitate-the familiar “bathtub ring”. Presence of “hardness ions” also inhibits the cleaning effect of detergent formulations.

Second, calcium and magnesium carbonates tend to precipitate out as hard deposits to the surfaces of pipes and heat exchanger surfaces. This is principally caused by thermal decomposition of bi-carbonate ions but also happens to some extent even in the absence of such ions. The resulting build-up of scale can restrict water flow in pipes. In boilers, the deposits act as an insulation that impairs the flow of heat into water, reducing the heating efficiency and allowing the metal boiler components to overheat. In a pressurized system, this can lead to failure of the boiler.

Third, the presence of ions in an electrolyte, in this case, hard water, can also lead to galvanic corrosion, in which one metal will preferentially corrode when in contact with another type of metal, when both are in contact with an electrolyte. However the sodium (or potassium) ions released during conventional water softening are much more electrolytically active than the calcium or magnesium ions that they replace and galvanic corrosion would be expected to be substantially increased by water softening and not decreased. Similarly if any lead plumbing is in use, softened water is likely to be substantially more plumbo-solvent than hard water

Ion-exchange resin devices Conventional water-softening devices intended for household use depend on an ion-exchange resin in which “hardness” ions trade places with sodium ions that are electrostatically bound to the anionic functional groups of the polymeric resin. A class of minerals called zeolites also exhibits ion-exchange properties; these minerals were widely used in earlier water softeners. Water softeners may be desirable when the source of water is a well, whether municipal or private.

How it works The water to be treated passes through a bed of the resin. Negatively-charged resins absorb and bind metal ions, which are positively charged. The resins initially contain univalent hydrogen, sodium or potassium ions, which exchange with divalent calcium and magnesium ions in the water. As the water passes through the resin column, the hardness ions replace the hydrogen, sodium or potassium ions which are released into the water. The “harder” the water, the more hydrogen, sodium or potassium ions are released from the resin and into the water.

waste water treatment plant that cannot be discharged to sanitary sewers for treatment at a centralized waste water treatment plant must be treated on the site where it originated. Systems for on-site treatment of wastewater are referred to as “septic systems”, “on-site disposal systems”, subsurface disposal systems” or “individual sewerage systems”(SSDS) among others.

Sewage flows from the original area into the septic tank where the heavier solids settle to the bottom forming a sludge deposit. Lighter solids, such as grease, float to the top and form a scum layer. The liquid flows from the septic tank into an absorption system where it soaks into the soil. This process provides treatment of the sewage by gravity settling and skimming, biological decomposition and soil filtration. Proper functioning of an individual sewerage system depends on adequate design, proper construction, careful use and maintenance.

Today, we need science-based solutions reflecting expertise in environmental engineering, technology, regulatory issues, design and project management.

The best approach is to find a single source for these services. This streamlines the work process, maximizes your performance, extends your budget furthest and ensures greater accountability

Resins are also available to remove carbonate, bi-carbonate and sulphate ions which are absorbed and hydroxyl ions released from the resin. Both types of resin may be provided in a single water softener.

Regeneration

As these resins become loaded with undesirable cations and anions they gradually lose their effectiveness and must be regenerated. If a cationic resin is used (to remove calcium and magnesium ions) then regeneration is usually effected by passing a concentrated brine, usually of sodium chloride or potassium chloride, or hydrochloric acid solution through them.

For anionic resins a solution of sodium or potassium hydroxide (lye) is used. If potassium chloride is used the same exchange process takes place except that potassium is exchanged for the calcium, magnesium and iron instead of sodium. This is a more expensive option and may be unsuited for people on potassium-restricted diets.

waste water treatment plant covers the mechanisms and processes used to treat waters that have been contaminated in some way by anthropogenic industrial or commercial activities prior to its release into the environment or its re-use.

Most industries produce some wet waste although recent trends in the developed world have been to minimise such production or recycle such waste within the production process. However, many industries remain dependent on processes that produce wastewaters.

Water treatment for the production of drinking water is dealt with elsewhere. (See water purification.) Many industries have a need to treat water to obtain very high quality water for demanding purposes. Water treatment produces organic and mineral sludges from filtration and sedimentation. Ion exchange using natural or synthetic resins removes calcium, magnesium and carbonate ions from water, replacing them with hydrogen and hydroxyl ions. Regeneration of ion exchange columns with strong acids and alkalis produces a wastewater rich in hardness ions which are readily precipitated out, especially when in admixture with other wastewaters.

Active Water Sciences containerized wastewater treatment system treats up to 25,000 gallons per day of municipal wastewater. It’s highly efficient and patented biological treatment processes cleans the water to EPA levels while minimizing operating costs, sludge production, and operator requirements.

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Waste Water Treatment Systems

July 14, 2011 By 1 Comment

Article by Victor

Waste water treatment systems involve the mechanisms and processes used when treating contaminated water, or waste water. It refers to water that has been contaminated in some way by anthropogenic industrial or commercial activities, that is the chemical or biological wastes produced as a by-product of human activities. Squander water draining systems take their effect prior to the release of waste water back into the environment or its re-use.

By implementing squander water treatment arrangement factories/mines/businesses will not only save money but are showing that they more environmental sensitivity. Most industries today produce elements of wet waste and it is important they take responsibility for it by minimizing it, recycling it or eliminating it.

At Baldwin they will make the process of installing a Squander water draining arrangement as streamlined and as hassle free as possible. They also guarantee that they will deliver all Squander water draining arrangement on time and on budget.

Waste water treatment systems are vital to the environment and their continual existence and growth. Rough water cleaning systems reduce the disposal of paint, oil, grease, solids, heavy metals and surfactants, just to name a few, into our water ways and therefore into our water recreational areas. By eliminating theses contaminants our waterways are cleaner and safer and reduce the risk of illness amongst those who use them.

Baldwin has been designing, building and operating squander water treatment systems since 1988 and are proud of their systems. They have supplied over 2000 specialised systems during their 20 plus years in business to a large range of business types. Their range of jobs have included: large refinery station and workshop upgrades; heavy vehicle washbays at mine sites; coolant recycle and disposal at steel mills; cosmetic factories; stormwater management in power stations; and management of construction site runoffs.

The array of experience demonstrated by Baldwin Industrial Systems Pty Ltd makes them the number one choice when looking for management of your waste water treatment systems. They are happy to answer all your questions and discuss all your requirements no matter how big or small. Call them today on Ph: 02 9545 2811 or visit their website at http://www.baldwin.com.au where you can read case studies and view their range of Squander water treatment arrangement and equipment. Find their online contact form at http://www.baldwin.com.au/ContactUs/enews.aspx. Do your bit for the environment and install a waste water treatment system today.

The array of experience demonstrated by Baldwin Industrial Systems Pty Ltd makes them the number one choice when looking for management of your waste water treatment systems. They are happy to answer all your questions and discuss all your requirements no matter how big or small. Call them today on Ph: 02 9545 2811 or visit their website at http://www.baldwin.com.au where you can read case studies and view their range of waste water treatment systems and equipment. Find their online contact form at http://www.baldwin.com.au/ContactUs/enews.aspx. Do your bit for the environment and install a waste water treatment system today.

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Water Waste Management

July 14, 2011 By 1 Comment

Water Waste Management is the field of handling wastewater, to make it suitable to either be recycled into a water system or to be disposed of in an environmentally conscious manner. Water waste management is one of the larger problems facing most major cities in the modern world, with overflow causing severe pollution problems and increasing population densities stretching existing infrastructure to the breaking point. Both mechanical and biological processes are utilized in water waste management, to get rid of undesirable particulate matter and to eliminate any potentially harmful pathogens.

One of the major fields in water waste management is that of sewage treatment.

Sewage treatment covers domestic sewage, commercial runoff, environmental runoff, and more. Households produce sewage as waste from their toilets, showers, sinks, and baths, which is generally either pumped into a leech field on the premises, or else sent into a central sewage system. Industrial wastewater can be particularly dangerous, often with harmful pollutants added to the water and introduced into the sewage system. In some regions industrial wastewater is specially regulated, and may require a special facility to process.

A substantial problem in modern water waste management has arisen as existing sewage systems are filled close to capacity. Many modern cities allow runoff from rainstorms to filter directly into the sewage system, which adds a stress to an already stretched system.

As a result, during particularly heavy storms, or storms that last for long periods of time, the rainwater may cause the sewage system to exceed its capacity, creating what is called a combined sewer overflow, which can be a mess both within the cities and on the coastline.

Sewage in a major city is generally treated at a central water waste management facility, where it is sent by an extensive series of pipes and pumps. Most management systems have three distinct tiers, referred to simply as primary, secondary, and tertiary treatments. Primary treatment involves separating solids out of the wastewater, generally through mechanical means such as settling and filtration. Secondary treatment involves using biological means, such as microorganisms, to bring dissolved material out of solution and into a solid form. Tertiary treatment then involves removing these solids from the water, and treating the resulting water to purify it, generally through micro filtration or chemical additives.

The author is associated with IPFonline.  

http://www.ipfonline.com is India’s No. 1 Industrial Product Finder. The portal is a veritable storehouse of information on industrial products/services.

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Why You Need a Water Filtration System For Your Home?

July 14, 2011 By 1 Comment

Since you freely turn your kitchen faucet, water flows, but where did that water come from? Water from your tap at home is a facility for the treatment of water that purifies the water so that it is safe for human consumption. However, as you know that plants for water treatment are effectively removing all those impurities that could potentially be harmful, maybe not now but remains down on the line? You really cannot be sure, that once the plant for water treatment is with the purification, water still needs to make to your home. What if the impurities collect in the water during this trip to your kitchen faucet? That’s when you may need to buy water filter housing.  There are some facts for which a residential water filtration system is recommended.

If you live in a home, then ask the manufacturer or the person you bought it from if there is a residential water filter on your home water supply. If there is not, you can have one installed for those not much money. If you find that it costs quite a bit, you have to weigh that cost against the money normally spent on bottled water and other bottled drinks because you are afraid to drink water that is freely available from your tap. When this is considered, the money is well worth it.

A residential water filter system can be store bought and installed or you can have them installed for you. If you do not own a home and are renting, ask your landlord about having a residential water filter installed in your home or apartment of rental. There are a lot of impurities in water, if it is treated or not, and you can never go wrong with a water filter housing. It’s great for your health and your peace of mind; because you know that you are being proactive water filtration system to purify your drinking water goes.

Some people take the coolers of purchase for their homes when the delivery driver will fall out of large water jugs as replacements, all the water for a monthly fee. Then there are others who buy the gallons on gallons of bottled water. Both are a waste of money when you consider that you get water for free or for a water bill every month and exit right on your tap. Simply use a residential water filter to purify your drinking water home and then you’ll never have to worry about drinking the impure water ever again.

Written by Waterfilter

Jallad Envrionment residential project example for waste water treatment located in Baabdat. The advantage that we located the Biomicrobics WWTP in a concrete tank under the parking slope. Although there is no much aeration, there is NO smell, it’s silent and odourless. Also the waste water once treated is reused for irrigation and external surface cleaning
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