'Meet the Microbes' Tour: Akaya Virginia & Pennsylvania visits

We’ll be talking microbes with some farmers and wastewater treatment folks next week— the week of February 8 — in the Virginia and Pennsylvania area. Maybe oil spill response folks, too, if we can connect on any of the recent spills that have occurred.

• Have you had odors that were a nuisance or a health risk and wished there was a more natural solution that didn’t cause unintended consequences like some of the expensive chemical approaches?
• Are you a sewer treatment plant operator or manager of industrial waste for a plant and who has had FOG issues, out-of-range wastewater effluent or excessive sludge disposal costs in the past? Or had the nagging concern that there were residuals remaining and think there’s more you could have done?
• Are you a safety/compliance manager at a fracking, drilling or petroleum company and want to know more about the least expensive and thorough clean-up in situ of spills small or large?
• Are you a Riverkeeper or other environmental steward interested in learning more about the possibilities of using natural, EPA-approved bioaugementation to more deeply and completely remediate persistent pollution in hard-to-treat areas or ecologically sensitive wetlands without harming flora or fauna, aquatic or on land?
• Are you a farmer, animal sanctuary steward or equestrian center interested in how the microbes can inexpensively improve animal welfare and deliver a net-cost-savings at the same time?
• Or maybe you are simply intrigued and curious about how microbes work, or how a more biological approach could work for your business?

In any case, we’d love to talk with you about how we can solve your issues and make your operations more efficient, healthier and cheaper. Sometimes it’s difficult for people to wrap their heads around the science behind a bunch of microbes being a powerful keystone of environmental management. How can these incredibly tiny creatures that we can’t even see without powerful microscopes have so many capabilities of addressing the messes we make?

We’ve learned it’s a bit of a leap to understand how microbes can fit into one’s toolkit of approaches – which is understandable since emphasis over the past decades has been on chemical and mechanical solutions. But there is now a groundswell of research focused on biological approaches, as well as enough practical field applications that we and others have proven that it works. Our microbe consortium can either replace chemical and mechanical approaches completely, or work with them to enhance likelihood of a complete recovery, and restoration to a more sustainable balanced condition. 

Clearly, in some cases microbes are not appropriate to use at all, and we will be quick to tell you that if that’s what we think. But whatever the case, our goal is to let everyone know there is a now a more complete set of choices available to meet your goals – more tools in the toolkit than most people know. Our expertise is focused on getting to the root of a solution for the benefit of your business and your daily work, as well as the greater community and environment.

Sometimes it’s easier to discuss it in person, over a coffee, with some sketches and conversation rooted in the details of your unique issues. As we like to say, nature figured it out billions of years ago. Applying this knowledge to a wide variety of industrial and environmental settings just makes sense. So contact us and let us know if you’d like to talk microbes and solutions?

That’s us applying microbes to difficult-to-treat marsh grass and mudflats after some of the heavy oil was removed from the adjacent river and mudflats by mechanical means. A perfect example of how we work with multiple methods to enable the most thorough and complete recovery.

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Case study blog: http://akayagreen.blogspot.com/

Example verticals where our microbes have been used successfully:

• Sewage treatment (several different areas of use within this, including lift stations, collection systems, plant process and efficiency improvements, and crisis solutions such as ammonia spikes, FOG caps and fracking fluid contamination)
• Food processing waste treatment and wastewater treatment
• Industrial wastewater treatment
• Petroleum spill cleanup
• Soil and water environmental remediation and cleanup
• Agricultural amendments for improving soil quality and fertility
• Marine shipping oily-bilge water and ballast water
• Septic systems and dry wells
• Sewage holding tanks on ships, boats and recreational vehicles
• Agricultural runoff remediation (excess nitrogen, phosphorous, etc)
• Algae prevention in lakes, fish ponds and irrigation lagoons and golf courses
• Farms, zoos, and equestrian centers for animal habitats and bedding, effluent ponds and waste treatment

Nature figured it out billions of years ago. Applying this knowledge to a wide variety of industrial and environmental settings just makes sense.

Keys: Wastewater Treatment Plant, Waste Water Treatment Plant, Sewage Treatment Plant, Agriculture, Wastewater Lagoons, Waste Lagoons, Sewer Collection Systems, Wastewater Collection Infrastructure, Utility Infrastructure, Biological Wastewater Treatment Products, Beneficial Microorganisms, Beneficial Microbes, COD Reduction, Wastewater Treatment Odors, Bioaugmentation

Ammonia spike in the STP or WWTP?

Ammonia spike in the STP / WWTP?
Recently, a plant supervisor called us about a major ammonia spike in their sewage treatment plant. This client has been using the microbes successfully for a few years for their lift stations. They used to have a big problem with FOG accumulation, and now they rarely need pump-outs and have not needed full cleanouts since they started with us. But unrelated to the lift stations, they suddenly were experiencing a huge spike in ammonia levels in the plant for unknown reasons.

The client was quite happy to learn that the same archaea-based microbe formula thrives on ammonia, and would bring the ammonia levels down rapidly and get the process back in parameters. A cheap, fast and easy solution to what could have been a much bigger problem.

Our biological wastewater treatment formulas are archaea-based, which means they are effective at far colder temperatures than most bacteria-based products. As a quick trivia sidenote, archaea have been found quite happily living deep in permanently frozen Antarctic ice.

The archaea-based consortium very effectively controls odors, eliminates FOG accumulation in collection infrastructure, reduces H2S build-up, and enhances (rather than disrupts) the efficiency of downstream treatment systems and processes. Basically, nature figured it out billions of years ago. Applying this knowledge to a wide variety of industrial and environmental settings just makes sense.

If you have a question about whether Akaya's biological wastewater treatment products might be helpful for you, please give us a call or email.


- A lifelong sailor and water lover, Kevin Mirise lives and works on the coast in Cohasset, near Boston, MA. He’s a Director at Akaya, a bioremediation and biorestoration company that uses beneficial microbes to treat wastewater and naturally eliminate toxic contamination from water and soil. 

Keys: Wastewater Treatment Plant, Waste Water Treatment Plant, Sewage Treatment Plant, Agriculture, Wastewater Lagoons, Waste Lagoons, Sewer Collection Systems, Wastewater Collection Infrastructure, Utility Infrastructure, Biological Wastewater Treatment Products, Beneficial Microorganisms, Beneficial Microbes, COD Reduction, Wastewater Treatment Odors, Bioaugmentation

“What is the best disinfectant and odor suppressant for a sewage system?” someone asked

May we start by saying that “disinfecting” a sewer system can be extremely counterproductive, and can actually result in far more severe odor problems. A properly designed and functioning sewage system should not smell, and there are products you can use to supplement and improve the performance of your system.

The primary source of odors typically is hydrogen sulphide – that “rotten egg” raw sewage smell – and one way to dramatically reduce or eliminate that is by actively boosting the beneficial microbe activity. The best way to do that depends on the type of sewage system (e.g. septic tanks and fields, cesspools, municipal collection systems, ship or boat or camper holding tanks, etc.) It also is important to note that corrosion rates on the equipment and system are likely to be much more damaging when hydrogen sulfide is allowed to build up. So the odor is just part of the harmful side-effects of a poorly performing sewage system.

For example, for a sewer access point (a “manhole” for example) where a noticeable smell is noxious, a system maintenance worker can spray a “probiotic” solution of microbes into the hole, and the smell should almost instantly dissipate. The microbes attach to airborne molecules, to the walls and surfaces where waste has accumulated, and onto the surface of the solid and liquid waste in the sewer or cesspool. The microbes break down and metabolize the waste at the molecular level, converting it to benign byproducts that don’t have the bad odour.

Fats, oils and grease (FOG) and other solidified waste will take a longer time to remediate, as will a larger volume of liquid waste, but once the microbial colony is established, it can continue to work for weeks or months as long as the basic requirements are met (water, a “food” source, and other environmental conditions suitable for the microbes).

A homeowner can safely do the same thing (probiotic additive) on their own system and property, since at least some products marketed are safe for use around people, plants and animals, such as the archaea-based formula that Akaya uses. Akaya’s beneficial microbe products come in bulk powder form, as well as in tablet form for easy use in septic tanks, toilets and sinks. The microbes “eat” the kitchen fats and grease that accumulate in drain lines and pipes, and the sewage waste that can accumulate over time in waste pipes, instead of simply moving chunks of it downstream to the sewage collection system.

Most types of sewage treatment systems exist for the purpose of breaking down waste at the molecular level, so using a disinfectant would be counterproductive, and would disrupt or stop the beneficial microbial activity that you want happening. A disinfectant can be appropriate to use on exposed toilet surfaces, and other places sewage has splashed or spilled, but you wouldn’t want to dump a gallon of chlorine down your toilet thinking your sewage collection system is going to smell better.

For similar reasons, more wastewater treatment professionals and sewage treatment plant operators are realizing that there are very harmful side-effects and “collateral damage” that comes with using conventional chemical treatments such as hydrogen peroxide, which kills all microbial activity, good and bad. Chemical products that break up or emulsify fats, oils and grease are simply moving the problem further downstream, which can still be a problem if the same person needs to deal with it solidifying somewhere else. Solving the problem at the source can be much preferred to simply moving the problem, especially if you are still responsible for the “somewhere else”.

And the default conventional response of dumping in chemicals also can be quite expensive, whereas plant operators can enjoy a significant net cost savings from using the archaea-based formula, due to the collateral benefits of improved plant processes and effluent quality, and decreased electricity and sludge hauling costs. Homeowners enjoy a net cost savings by having fewer maintenance problems, and a longer time between pump-outs being necessary.

Clearly I work for Akaya, but there are innumerable “green” bioremediation products available from other manufacturers, including bacteria, enzyme and fungi-based products. Akaya primarily works with an archaea-based consortium of more than 100 types of beneficial microbes that are 100% non-GMO, and over decades of use have been demonstrated to be non-pathogenic and safe for use around people, plants and animals, both aquatic and on land.

Additional case study examples and specifics are outlined in other summaries on this blog; and FAQs and more information is available on our website: www.akaya.co.

Basically, nature figured it out billions of years ago. Applying this knowledge to a wide variety of industrial and environmental settings just makes sense.


- A lifelong sailor and water lover, Kevin Mirise lives and works on the coast in Cohasset, near Boston, MA. He’s a Director at a bioremediation and biorestoration company that uses beneficial microbes to naturally eliminate contaminants from water and soil. 

6 proven and cost-effective uses of archaea in wastewater treatment plants and infrastructure 

Archaea beneficial microbes occur naturally on the earth to break down organic waste, so it shouldn’t be a surprise that they work well in sewage and wastewater treatment. They are hardy, broad-spectrum and unlike chemical products leave no collateral damage to the plant. They also result in higher quality effluent to surface waters.

Here are six tested and proven ways the archaea beneficial microbes work:

1) Odor problems: Sprayed into manholes and wet wells where neighbors are complaining about odors, archaea microbes mixed with water and sprayed or fogged into access points creates nearly instant elimination of hydrogen sulfide odors. Plus the archaea also settle onto vertical surfaces to metabolize and eliminate noxious accumulation.

2) Ammonia spike reduction: An archaea-based beneficial microbe consortium has demonstrated rapid and dramatic effect in bringing ammonia levels down in WWTP/STP tanks.

3) Process boosts: Secondary and tertiary treatment is all about creating optimum conditions for natural microbial activity, so it only makes sense that we can use “probiotics” to enhance and supercharge the processes. Decreased BOD and COD, decreased TSS, and significantly lower levels of nitrogen and fecal coliforms all can be achieved by the addition of small amounts of concentrated microbes at the right points in the flow.

4) FOG cap elimination and prevention of build-up in wet wells and lift stations. Typically, a combination of added archaea and aggressive aeration can quickly break up even the thickest, hardest, driest FOG cap, and without causing major problems downstream. Products that break up grease into chunks can simply clog or jam equipment, and chemicals can create the need to restart plant processes. And if you have more time, archaea can metabolize FOG caps at the molecular level over days or weeks, instead of simply moving oils and grease downstream.

5) Significant savings from reduced sludge and less electrical utility usage: Case studies indicate a 25-30% reduction in accumulated sludge volume, with significant monetary savings on electrical usage and process times as well as sludge processing and hauling costs. 

6) Hydrogen sulfide reduction and corrosion reduction: Odors and maintenance work are a hassle, but premature equipment and infrastructure failure can be a nightmare with massive budget and capex impact. Archaea seeded at upstream points in the collection system are the most cost-efficient way of minimizing excess hydrogen sulfide build up and the corrosion side-effects on equipment and infrastructure.

One of our favorite client stories is a municipality where the guys now use a tattered paper cup from their local coffee chain to toss some microbes into each of several lift stations once or twice a week for the last few years. They used to have to pump out each of the stations 6 or 7 times a year, often including sending a person down the well to break up and shovel out a grease cap thick enough to stand on.

In addition to unobstructed float switches and pumps, they said the odor complaints have been dramatically reduced as well, and that the rate of corrosion damage has been lower too. Plus there’s no added electrical usage from additional installed equipment. No pumps or spray bars or other additives. The labor factor is not an issue either, because even with SCADA input, they still would be periodically on site visiting the lift stations, so the incremental time is literally seconds to toss in fresh beneficial microbes while the crew are there.

Significant net-savings attained. Proven to enhance existing processes. Reduced manual labor and oversight hassle. Effective and cost-efficient product. That’s the benefit of putting trillions of microbes to work with each scoop of powder tossed in. It just makes sense.

- A lifelong sailor and water lover, Kevin Mirise lives and works on the coast in Cohasset, near Boston, MA. He’s a Director at a bioremediation and biorestoration company that uses beneficial microbes to naturally eliminate contaminants from water and soil. 

Even three WWII destroyer engines couldn’t keep up with six inches of FOG accumulating every few days

Massachusetts Water Resources Authority (MWRA) Quincy used to have a pump station wet well that would accumulate
6-inches or more of grease every few days. The lift station was an open pit, running three WWII destroyer engines. The F.O.G. (fats, oil and grease) cap would become several feet thick, requiring physical removal by hand shoveling into vacuum hoses and high pressure jetting. In just four weeks of starting to use an archaea-based consortium of beneficial microbes, the insoluble FOG was converted to water soluble fatty acids, and the entire wet well ended up clean, including grates, piping, bricks and target. The pit was never cleaned again until a new station was built at Quincy Point, making the old one obsolete and decommissioned.

FOG and odor control, and significant net savings and operating efficiencies gained by using archaea beneficial microbes
In another town nearby to Quincy, there are three different lift stations that used to require frequent expensive and laborious pump-outs and clean-outs, with FOG caps disrupting and disabling float switches and pumps, and solids caps accumulating on the surface. Since they started using the archaea-based consortium about 3 years ago, they have saved 7 or 8 pump-outs per year at each of 3 different wet wells. Weekly maintenance is as simple as tossing a scoop of the beneficial microbes into each lift station.

Wastewater treatment success depends on carefully managed microbial communities
Modern secondary treatment plants are designed, engineered and operated to provide an enhanced microbiome for naturally occurring microbes to thrive in their role of breaking down waste. All too often though, we overlook the opportunity to augment and intensify that microbial efficiency by adding carefully selected supplemental microbes. Like probiotics for the wastewater treatment system, they can eliminate F.O.G., save significant maintenance and electrical utility costs, more easily enable exceeding effluent standards, and significantly reduce odors in the process.

Why specifically Archaea?
Archaea are a type of microbe much more rugged and hardy than bacteria or enzymes, and have an exquisite ability to tackle a broad spectrum of contaminants in an ample variety of operating environments. They thrive in a wider range of temperature, pH and salinity and are especially suited to extreme environments. This makes them particularly appropriate to the harsh conditions of sewer treatment operations. They are the oldest microbes and have no known pathogenic species.

Where do I find Archaea-based microbes for use in sewage treatment?
Boston-based Akaya offers a proprietary archaea-based consortium that has been used for more than 25-years, is 100% non-GMO, and is safe for use around people, plants and animals. The formula can be used on open water and on land. With a 5-year shelf-life, it’s a powerful tool to have on hand for routine maintenance and to optimize operating levels, as well as to enable operators to respond to spills and illegal dumping events (e.g. frack fluid, brine, cooking oils).

The product cost is modest, and almost all of the operators who have tried it experienced a significant net savings as a result. Call Akaya today and see the results yourself.


- A lifelong sailor and water lover, Kevin Mirise lives and works on the coast in Cohasset, near Boston, MA. He’s a Director at a bioremediation and biorestoration company that uses beneficial microbes to naturally eliminate contaminants from water and soil.

#wastewatertreatment #sewage #watertreatment 

#sewagetreatmentplant#sewagetreatmentequipment 

#wastewatertreatment #waterquality #infrastructure 

Savings on sludge hauling and electrical consumption, while also getting rid of odors

We wanted to share case study notes on a wastewater treatment plant where their throughput flow remained relatively constant for two years during which they used our archaea-based consortium and measured a 25% decrease in sludge. Just the savings from the decrease in hauling costs for the sludge waste far exceeded the cost of the beneficial microbe product. The time and effort involved in the product application process was minimal, and the side benefit they realized was reducing the odors at the plant to almost nothing, which delighted their residential neighbors as well. They also achieved higher levels of oxygen that allowed for reduced run time on the rotors, saving money on electrical consumption.

Why specifically Archaea?
Archaea have an exquisite ability to remediate a broad spectrum of contaminants. They are the oldest and hardiest microbes and have no known human pathogenic species. The archaea are safe for use around people, plants and animals, aquatic and on land.  Unlike the more common bacteria or enzyme-based agents, archaea can tackle tough remediation applications in more challenging and extreme conditions. With a five-year shelf life, Akaya’s archaea-based formula is a powerful tool to have on hand for routine maintenance and to optimize operating levels, as well as to enable operators to respond to dumping events and spills.

Modern secondary treatment plants are designed, engineered and operated to provide an enhanced microbiome for naturally occurring microbes to thrive in their role of breaking down waste. All too often, though, we overlook the opportunity to augment and intensify that microbial efficiency by adding carefully selected supplemental microbes. Like probiotics for the wastewater treatment system, they can eliminate FOG, save significant maintenance and electrical utility costs, more easily enable exceeding effluent standards, and significantly reduce odors in the process.

- A lifelong sailor and water lover, Kevin Mirise lives and works on the coast in Cohasset, near Boston, MA. He’s a Director at a bioremediation and biorestoration company that uses beneficial microbes to naturally eliminate contaminants from water and soil.

#wastewatertreatment #sewage #watertreatment 

#sewagetreatmentplant #sewagetreatmentequipment 

#wastewatertreatment #waterquality #infrastructure