AOS Filter Breakthrough

Monday, 4 May 2015

Drought Forces Push to Recycle, Reuse and Potential in Brackish Water for Oil & Gas Industry: Interview with BioLargo CEO

UPTICK Interview: BioLargo's AOS Filter Delivers Abundant Clean Water Even In Drought

May 4, 2015 - (Newswire)

Water is Gold
BioLargo AOS
is a Disruptive
Water Technology 
The headlines are full of discussion on water shortages and drought with few options consistently noted beyond the need to conserve and manage the precious resource. To gain perspective on the problem and explore viable solutions UPTICK Newswire interviewed Dennis Calvert, CEO of Biolargo, Inc,  (OTCQB: BLGO), the company that developed and owns the BioLargo AOS Filter, a brainchild of the company’s Chief Science Officer and founder Ken Code. The AOS Filter was first conceived because Ken and his company believe that everyone deserves affordable clean water.

Testing at the University of Alberta has repeatedly shown that the AOS Filter can decontaminate and disinfect water far better and faster than any known technology. Furthermore, based on its low energy requirements, it can do the job at a cost of less than 1/20th of the closest competing technology. Results have been proven in multiple designs, affording the AOS Filter traction with stakeholders and capturing the attention of researchers at the University of Alberta as well as around the globe.

With reliable data in hand to prove its bold performance claims and patent coverage in place, as well as some award-winning recognition for the innovation, the company is getting busy with a number of commercial pilots expected to be concluded by this midsummer as it lines up commercial partners.  The company has already been awarded the first of several grants to come and is now intent on stacking up further support for its R&D lab located on the campus at the University of Alberta.

UPTICK Newswire
“Drought and water related news are prominently in the headlines.  Goldman Sachs is calling water the next oil.  Just how serious do you believe the water shortage is?”

Dennis Calvert
“We know a few things for sure.  Everyone deserves affordable clean water but there simply is not enough. We also know that crisis often drives attention, spurns investment and highlights the shortfall in the status quo like the drought is doing now. We know there is a great need for equally great solutions like our AOS Filter to come to market faster. The drought should accelerate the rate at which we see adoption of our AOS Filter and certainly moves our company into high-value category.”

“As far as the drought and how bad is it? We have seen droughts before, but this time the science community is teaching us that it is different. NASA has measured the consistent loss of groundwater since 2003 with the GRACE satellites and theUSGS has confirmed the loss by measuring groundwater with over 20,000 monitoring wells. It is clear from data in the 60 Minutes presentation titled,“Depleting The Water” that as rivers, lakes, snowpack and reservoirs continue to shrink we are depleting our underground freshwater aquifers at rates that exceed recharge rates.”

 “USGS measurements show that in some regions where there are heavy water requirements for agriculture, water tables have subsided over two hundred feet in only the past few years, and these aquifers are limited in vertical depth frequently being less than 2,000 feet.  J. S. Famiglietti, a leading expert in groundwater, University of California professor and NASA researcher claims, “Groundwater depletion the world over poses a far greater threat to global water security than is currently acknowledged.”

“The GRACE satellites reveal how groundwater is shrinking in several regions such as northern India, the North China Plain, and the Middle East. It can take up to several decades to recharge these aquifers when rainfall and snowpack finally do increase, but so far the global drought is not letting up and we are still waiting. NASA is forecasting that California’s population of almost 40 million people will run out of adequate water in one year and Governor Brown recently imposed a 25% reduction on the use of water throughout the state.”

“The drought has been here for a long time now and is not letting up. NASA predicts this may be turn out to be the worst drought in one thousand years. It is clear that if the drought continues, we will have to find a way to use other water resources such as seawater and brackish groundwater that are both plentiful and easily harvested. We also have to treat and reuse or recycle wastewater that we typically discharge back into the earth.”

“There are major problems today challenging the use of seawater, brackish underground water and wastewater, but this is where BioLargo’s AOS Filter shines and offers immediate solutions. It also excels at solving a broad spectrum of cost-effective water treatments that are absent today.  We won’t solve all the problems, but we can certainly tackle a few big ones and help bring much more clean water to the world. Other technologies are also needed to help, and of course, we simply all have to learn how to live using less water.”

UPTICK Newswire
“Some very dry parts of the world like the Middle East have been using desalination for decades to get drinking water. Since 99% of the water on our planet is ocean water, does it make sense to expand the use of desalination?”

Dennis Calvert
Today, there are over 17,000 desalination plants processing seawater to supply 21 billion gallons of salt-free water to over 300 million people. Unfortunately, as large as these numbers sound, they represent less than 1% of U.S. consumption. The problem with wider adoption is cost and an unwillingness to pay more for something that has been so plentiful and low cost in the past. Reverse osmosis is the most cost-effective way to desalinate water today, but given what people are willing and able to pay, the cost is arguably still too high for broader adoption.”

 “Some will argue that a more severe shortage of water, that seems to be more likely than not, will cause the price to skyrocket and under those circumstances the high cost of desalination will be more acceptable. California is already buildingtwo large facilities in Carlsbad and Huntington Beach and is discussing reopening a plant in Santa Barbara, but that is still not enough to meet unmet demand. Bob Yamada, water resources manager for the San Diego County Water Authority says the billion-dollar Carlsbad plant is expected to provide only 7% of the water needs to local residents.  Bringing the cost down coupled with increasing demand from the drought will converge to make desalination far more widespread.”

UPTICK Newswire
“What about locations that are inland and a long distance from the ocean? Wouldn’t it be prohibitively expensive to bring in seawater or desalinated water? Wouldn’t that require massive pipelines?”

Dennis Calvert
“The infrastructure cost would be a huge cost for sure.  We would argue from a fundamental perspective that there is a better solution for inland regions rather than using seawater. The USGS has shown that huge underground aquifers ofbrackish or salty water are almost everywhere and lie deep beneath the freshwater aquifers. This brackish groundwater is substantially less saline than seawater and is therefore cheaper to desalinate because it requires far less energy to push the less saline water through the reverse osmosis filters than seawater. Inland municipal and private water districts can harvest brackish water from these aquifers and can use a much more cost-effective desalination process.  But the fact remains that they will still require some level of desalination and certainly a high level of disinfection that the AOS Filter can deliver more cost-effectively than anything else.”

UPTICK Newswire
 “What are the biggest challenges with desalination?”

Dennis Calvert
“As we talked about before, industry teaches us that cost is the biggest problem.  The second is the fact that the filters suffer from biofilm fouling from bacteria that is present in the seawater and brackish water.  Some experts like Hiroko Kasama, Lead Consultant at Global Water Intelligence believes biofouling is one of the most significant challenges in seawater reverse osmosis desalination plants.Biofilm forms colonies of bacteria on the RO filter membrane surfaces and clogs them. The result is that the biofilm accumulation requires much greater energy to push the water through a filter that is clogged with biofilm. And with fouling, the already high cost of energy increases significantly. Biofilm also increases capital cost by shortening filter life and requiring frequent filter replacement. The industry is currently using chemical biofilm disrupters but they appear to have limited effectiveness and are unfriendly to the filter membranes.  Often, undesirable chemicals such as chlorine are added into the water to help control the biofilm. Anything that can reduce biofilm accumulation will increase filter life and decrease energy requirements.”

“There are also high levels of subsurface bacteria commonly found in brackish underground water. This sub-surface bacteria is anaerobic because it lives deep underground where there is little oxygen. There haven’t been many studies in this area, but according to our panel of expert advisors in this area, anaerobic bacteria is a serious concern by oil companies that might look to use this brackish water for their oil recovery operations. The fear is that bacteria can undergo significant and potentially dangerous changes when it is introduced to above ground where oxygen is plentiful. A cost effective means of sterilizing the brackish underground water is necessary and, this is another area where BioLargo’s AOS Filter shines when compared to all other technologies.”

UPTICK Newswire
“Can you give us an idea of how the AOS Filter compares to the more common disinfection treatment of chlorine for example?”

Dennis Calvert
“The AOS Filter was validated by researchers at the University of Alberta last year and Dr. Lynn McMullen said, “The test results demonstrated AOS’s unprecedented effectiveness in destroying highly concentrated contaminants in sample water, including Listeria and Salmonella.” Test results at the University of Alberta demonstrated that the AOS Filter killed 10,000,000 salmonella cells in 2 minutes compared to the industry standard chlorine dioxide that killed 100,000 cells in 60 minutes. In this example, that makes the AOS Filter 100 times more powerful and 30 times faster than chlorine.  The AOS Filter has also been found to decontaminate toxic produced water from oil recovery operations in seconds versus hours and at only a very small fraction of the cost of the closest competing technology.” It is estimated that 80% of disease is caused by water infected with dangerous pathogens and the AOS Filter is so highly oxidative that we believe no living organism can survive its potent killing power.

UPTICK Newswire
“Can you tell us what uses you see for the AOS Filter, how you will commercialize it, and how long will it take?

Dennis Calvert
“We believe the AOS Filter will impact every segment of the $360 billion water treatment industry. Plans are already underway to use it experimentally in Suncor’s huge Firebag project in Canada to clean up toxic produced water and eventually, when the stakeholders can figure out a way to pay for it, to clean up the massive tailings ponds that make up almost 200 square kilometers in Canada.”

“The AOS Filter will be a great solution to clean up flowback water from fracking operations. It can clean up wastewater from mining operations. It can clean up and recapture nitrates and eliminate pesticides from agriculture run off water. The AOS Filter can disinfect drinking water making it safe, including the removal of pharmaceutical by-products as well as make filters longer lasting.”

“We believe that the AOS Filter is so cost effective that it will have a big role to play in developing nations as a portable and disposable system. It can decontaminate dangerous pathogens such as 1, 4 dioxane that are classified as hazardous and are of great concern when found in drinking water.  It dismantles highly toxic napthenic acids found in produced water from oil recovery operations.  It can dismantle or manage sulphates and aromatics like benzene and much more. And very importantly to address the drought, we believe it can dramatically expand the use of recycled water and enhance desalination systems by offering unrivaled disinfection and by greatly reducing biofilm accumulation that can reduce energy costs and extend the useful life of the membranes.”

“The CDC, the UN and several other leading organizations tell us that 80% of all illness is caused by infection from water. That alone tells us that there is a very big need for the AOS Filter because it disinfects water far more cost-effectively than any other method.”
“We plan to license our technology to various large industry users rather than go directly to market ourselves. The AOS Filter is a scalable device that is straightforward and quick to build. The engineering is the most difficult part in order to get desired results for specific uses, especially in high volume applications, but it is readily available and is not an obstacle. In order to accelerate industry awareness and licensing efforts, BioLargo is showcasing the AOS Filter to several industry leaders at the University of Alberta this August.

“The shortage of water and the threat of it growing worse is a very serious and long-term problem that will require a host of changes. We are proud of our progress at BioLargo and know that the AOS Filter can help deliver affordable clean water to a world in great need.  We are grateful and thankful to our shareholders who help us make it happen and we look forward to sharing our success with them.”

UPTICK Newswire
“Thank you very much for your time today. Our readers will appreciate the abundant information you shared and the solutions you presented in dealing with the water shortage crisis.”
For further questions regarding BLGO visit their website at: or contact:

UPTICK Newswire
Everett Jolly, CEO

Wednesday, 18 March 2015

BioLargo’s Odor-No-More Awarded Exclusive Supplier Contract From The Defense Logistics Agency

SANTA ANA, CA – BioLargo, Inc. (OTCQB: BLGO) announced today that its Odor-No-More subsidiary, through its distributor Downeast Logistics, was awarded a $150,000 “Indefinite Delivery Purchase Order” (IDPO) for its Specimen Transport Solidifier pouches by the U.S. Defense Logistics Agency (DLA). The purchase order allows the DLA to purchase the product at agreed-upon prices for the following 12 months. In exchange, the company is awarded the contract to be the exclusive supplier of the designated product under the IDPO. The DLA has the option to expand the maximum award up to $300,000 for the year.

Additionally, the company recently received an initial order for its liquid “Pet Stain and Odor Eliminator” to be resold under a private label agreement branded with its customer’s “Catastic” brand through the Amazon selling channel.
Joe Provenzano, President of Odor-No-More commented, “We are pleased to win this contract from the DLA on the heals of receiving their largest order to date. This contract shows we are continuing to gain traction. We are thankful for all the hard work from our team at Downeast Logistics.”  He also noted, “Bringing on a new private label partner for our pet products is also an encouraging step in the right direction.”

Dennis Calvert, President & CEO of BioLargo stated, "We have a number of grassroots sales campaigns underway that are being advanced through strategic alliances like our relationship with Downeast Logistics.  We have developed a comprehensive catalogue of products for odor and moisture control that are unmatched for technical performance. We plan to expand the product line to include a number of disinfection claims as well as form a number of new strategic selling alliances to expand our sales in the coming year. We are pleased with these important developments.”

Tuesday, 3 March 2015

Desalination Industry Screams For Cost Cutting Innovation: Lockheed And BioLargo Hold Key Technologies

  • Mar 2, 2015 2:03 PM | about stocks: AWK, BLGO, DOW, GE, LMT, VEOEY

    (Link Here) Shrinking supplies of groundwater caused by natural disasters, drought, inadequate sanitation, and industrial pollution are forcing the world to look to the oceans and inland brackish sources for life-sustaining water. Every day, over 17,000 desalination plants process seawater to supply 21 billion gallons of salt-free water to over 300 million people. Unfortunately, as large as these numbers sound, they represent less than 1% of global consumption and fail to address the unmet needs of billions more.

    Reverse osmosis is the predominant method used to desalinate water but its high cost remains a major barrier to widespread adoption. Keenly aware of the problem, the desalination industry is pressing hard for innovative new technologies that will drive costs down dramatically and compete for greater market share. The big question is, "which innovations will make the biggest impact . . . and in the shortest time?"

    New technologies such as Forward Osmosis, Capacitative Deionization and Electrochemically Mediated Desalination are being explored, but their development is too far out to predict their impact. There are, however, two promising innovations that are positioned to dramatically reduce desalination costs in the near future. There is the Graphene "Perforene" Filter under development by Lockheed Martin Corp. (NYSE:LMT) that could be commercial in 3 to 5 years and the "AOS Filter" developed by BioLargo, Inc. (OTCQB:BLGO) that could be commercially available in less than 2 years.

    Cost of Desalination Versus Conventional Groundwater
    Data from the UC Davis Center for Watershed Sciences lists costs for desalination water at between $500 and $2,500 per acre-foot compared with $300 to $1,300 per acre-foot for the treatment and reuse of municipal water. A more recent study by the Pacific Institute finds that the cost to produce water from a desalination plant is even higher and subject to significant variability, with recent estimates for plants proposed in California ranging from $1,900 to more than $3,000 per acre-foot.

    Over 60% of desalination plants employ reverse osmosis technology that is growing faster than the older and less efficient thermal technologies. Reverse osmosis requires far greater amounts of energy than pumping and filtering conventional groundwater because it uses large amounts of electrical energy to power pumps that have to force saltwater at high pressures through microscopic sized holes in a semipermeable membrane to produce salt free water. It also requires very expensive filters that require frequent replacement.

    Which Costs Can Be Cut?
    Capital costs to build a new Salt Water Reverse Osmosis plant, SWRO, are high and can run over a billion dollars for a large facility. An example is the new plant currently under construction in Carlsbad, California. It's difficult to cut the capital expenditures for a new facility, but one really big capital cost that stands out from the pack is financing. Since plants are typically financed and amortized over 25 years, capital repayment, finance fees and interest expense are very large items. Lower finance fees, lower interest rates, and longer amortized loans would lower monthly capital expenses over the life of the plant and that would result in lower costs, however, that is still not enough and a closer look reveals that operating expenses hold the key.

    Veera Gnaneswar Gude, Oregon Institute of Technology, writes in his published paper on Energy Consumption and Recovery In Reverse Osmosis, "Energy consumption accounts for 75% of the total operating costs for an SWRO system.

    The following chart presented by Nikolay Voutchkov, PE, BCEE, President, Water Globe Consulting supports the claim of high energy operating costs and illustrates that at 55%, energy costs are the single largest operating expense over everything else. Clearly, anything that will reduce the cost of energy will be a major contributor to making desalination more affordable.

    Energy And Biofilm Fouling Are The Major Cost Drivers
    A brand new reverse osmosis filter with no biofilm on its surface requires a large amount of energy to power the pumps that force the saltwater through the microscopic holes in the permeable membrane. With the passage of time, living organisms that are present in the saltwater that flows through the filters accumulate on the membrane surface and gradually form colonies of bacteria called biofilm. This biofilm clogs the filter and greatly increases energy requirements to push the water through the filter.

    Hiroko Kasama, Lead Consultant at Global Water Intelligence believes biofouling is one of the most significant challenges in seawater reverse osmosis desalination plants. Hans-Curt Flemming estimated the cost of biofouling in a membrane application at Water Factory #21 in Orange County, California to be 30% of total operating expenses. Flemming also found that biofouling reduces membrane life from 3 years to 1 year, so over the life of the plant the cost of membrane replacement will be increased by 3. Biofouling in desalination is estimated to cost 15 billion US$ yearly worldwide.

    Biofilm disrupters
    Current technology uses chemicals, pre-filters and sometimes ultra-violet light to pretreat the saltwater by killing off some of the living organisms before it enters the reverse osmosis filter. Experience from SWRO plant operators today is that pretreatment is costly and only marginally reduces the amount of living organisms that can accumulate on the membrane surface. Biofouling remains the biggest problem in SWRO plants.

    What if there was a filter that was inexpensive to build and that had very low energy requirements that could effectively and rapidly disrupt or inhibit biofilm formation on the reverse osmosis filters? Such a filter could reduce operating costs to the extent that it reduced energy requirements and at the same time, it could lower expensive reverse osmosis filter replacement costs because they would last much longer. Additionally, the need for pre-treatment would be reduced resulting in lower operating costs. It would also reduce the down time that combined with pretreatment can be between 5% and 15% of operating costs and it could reduce capital costs for the pre-treatment infrastructure.

    BioLargo's AOS Filter Cost-Effectively Disrupts Biofilm Fouling
    Early AOS Filter
    BioLargo's AOS filter uses iodine in combination with an electro-chemical reaction on proven filtration materials to disinfect and decontaminate water in seconds versus hours and uses only 1/20th of the energy required by the closest competing technologies. Performance results of the AOS Filter have been validated by researchers at the University of Alberta that is gearing up for pilot studies to commercialize the filter for the food processing industry and the oil sands industry in Canada.

    Professor Lynn McMullen evaluated test results and commented, "At the foundation of the AOS Filter is its efficiency in generating a highly oxidative state. Extremely high levels of performance [disinfection] were achieved during testing and we are excited to expand the work with BioLargo to other applications targeting food safety concerns." The tests demonstrated unprecedented effectiveness in destroying highly concentrated contaminants in sample water, including Listeria and Salmonella. Test results at the University of Alberta demonstrated that the AOS Filter killed 10,000,000 salmonella cells in 2 minutes compared to the industry standard chlorine dioxide that killed 100,000 cells in 60 minutes. That is 100 times more effective and 30 times faster than the industry standard methodology. And the energy requirements are negligible.

    The AOS Filter generates such a highly oxidative state that no living organism can survive as it passes through the AOS Filter. This means that if the AOS Filter is placed immediately at the input of a reverse osmosis filter and delivers clean water that it will greatly reduce the growth of biofilm on the reverse osmosis filter's membrane surfaces. In theory, the AOS Filter could also be built directly into the reverse osmosis membrane filter cartridges with the same result of disrupting the buildup of biofilms. Since energy costs are the highest operating costs, the AOS Filter would result in meaningful energy savings and lower filter replacement costs because the filter membranes will experience far less biofilm accumulation and filter life will be extended.

    Since the AOS Filter can increase filter life, it should cause the big filter manufacturers such as Dow (NYSE:DOW) and GE (NYSE:GE) to consider how they can profit from this opportunity by increasing market share with a superior cost saving product for its customers. Savings from energy, pre-treatment and filter replacement would be very attractive to the actual SWRO plant owners such as Veolia (OTCPK:VEOEY) and American Water Works (NYSE:AWK) and large private water companies like Degremont.

    The AOS Filter may also be an outstanding opportunity RO filter manufacturers looking for the competitive edge to conquer the RO filter market. In this case, the early adopter could capture the competitive advantage.

    BioLargo's business model is to license its technology and while no dates for commercial availability have been publicized, development of the AOS Filter appears close as the company prepares for its first commercial trials and is actively courting industry partnerships. The AOS Filter is a simple and inexpensive device that is undergoing refinement and design enhancements at the University of Alberta with financial assistance from both the federal and provincial governments. Once word gets out about the AOS Filter, BioLargo is expected to become a focus of the water industry for strategic alliances and licensing. The AOS Filter's extremely high oxidation potential makes it an important tool for any segment of the water industry, including the reverse osmosis market.

    Current Reverse Osmosis Filters Have High Energy Requirements
    Even without biofilm clogging reverse osmosis filters require large amounts of energy to force the saltwater through the nanometer-sized holes in the membranes. What if there was a filter where the membrane was so thin that less energy would be required to push the saltwater through a shorter distance determined by membrane thickness? Energy costs could be reduced proportionately to the reduction of the force required to push the saltwater through a thinner membrane.

    Lockheed's Graphene "Perforene" Filter
    Lockheed Martin's Perforene membrane features holes one billionth of a meter or less in a graphene sheet that trap sodium, chlorine and other ions from seawater

    The Perforene graphene filter allows saltwater to pass through an extremely thin membrane at relatively high speeds with very little energy. Graphene is 500 times thinner than any filters available today. The graphene filters, being much thinner, yet very strong, can sustain a much higher flow and use much less energy. Computer models indicate that the Graphene Perforene filter can use up to 100 times less energy than current filters.

    Lockheed is still refining the process of determining production methods to make the nano-sized holes in the graphene. It is not yet known when the filters will be commercially available but it may still be a few years out. Like BioLargo, Lockheed has expressed a desire to partner with a large water industry company.

    Greater Cost Efficiency In The Shortest Time
    The Graphene Perforene Filter works well in theory and in computer models but still has a great deal of development work to be done. It may be 5 years away from commercialization, whereas the AOS Filter is already built and in testing and pilot studies at the University of Alberta for a commercial unit. The current challenges with the Graphene Filter are the expected high cost to manufacture the one-atom thick graphene sheets and developing the procedures to make the nano-sized holes in the graphene. Unlike the Graphene Filter, the AOS Filter is inexpensive because it uses the existing technology of exfoliated carbon that is heated and blown up like a popcorn kernel that results in one tiny gram of carbon yielding a surface area the size of an entire football filed. One gram of carbon easily fits into one little teaspoon. A football field is 57,600 square feet.

    The Graphene Filter may have a greater impact on reducing energy costs, but the AOS Filter can also dramatically lower energy costs and appears to be years ahead and available far sooner. The AOS Filter can soon be put to work disrupting biofilm on RO filters and saving energy in current SWRO plants and can later be adapted to protect the Graphene Filters from biofouling. Once the Graphene Perforene Filter is available, the AOS Filter can save even more energy and costly filter replacements; it can save with fewer down times to maintain or replace filters; and it can save with less pre-treatment.

    By using BioLargo's AOS Filter in combination with Lockheed's Perforene Graphene Filter, desalinated water costs could be slashed to a price that could make drinkable water abundant across the globe. Since the Graphene Perforene Filter appears to be a several years behind the AOS Filter, the AOS Filter could first be used with current reverse osmosis filters and could still dramatically lower the cost of desalination. Combined, two technologies like these could have an enormous positive impact on increasing drinkable water to a world in need in the very near future.

    BioLargo is a microcap company that is rich in valuable technology and like most microcaps is frequently seeking capital to drive them forward. BioLargo is considered a high-risk investment with a high-reward potential while Lockheed is a financially well-healed big cap considered a low-risk, low-return investment. Success of the Graphene Perforene Filter will constitute a small fraction of Lockheed's business and consequently should have little impact on the value of their shares whereas the AOS Filter could be a huge part of BioLargo's future and as such is expected to have a very large impact on share value if they are successful.

    One thing is clear . . . any company that can solve the energy and the biofilm problems associated with desalination will have a big financial future.

    Disclosure: The author has no positions in any stocks mentioned, and no plans to initiate any positions within the next 72 hours.

    The author wrote this article themselves, and it expresses their own opinions. The author is not receiving compensation for it. The author has no business relationship with any company whose stock is mentioned in this article.

    Themes: long-ideas Stocks: AWK, BLGO, DOW, GE, LMT, VEOEY

Thursday, 26 February 2015

BioLargo’s AOS Filter Receives Financial Support from the Government of Canada and Alberta Innovates

Press Release: February 26, 2015

BioLargo’s AOS Filter Receives Financial Support from the Government of Canada and Alberta Innovates
SANTA ANA, CA – BioLargo, Inc. (OTCQB: BLGO) announced today that its Canadian subsidiary BioLargo Water, Inc. has received financial contributions from two additional government agencies to support the work around its AOS Filter. The National Research Council ofCanada Industrial Research Assistance Program (NRC-IRAP) has provided BioLargo with financial support through its “Youth Employment Program” (YEP), to further its fundamental mission to “stimulate wealth creation through innovation,” and dedicated to support the work of Simmon Hofstetter, PhD, exclusively for BioLargo Water, Inc. and its AOS Filter technology.

“NRC-IRAP’s support ensures our company continued scientific expertise to help us in our journey to develop and commercialize the AOS Filter Technology”, commented Dennis Calvert, President & CEO of BioLargo. “NRC-IRAP’s YEP is specifically designed to support highly trained post-secondary graduates like Dr. Hofstetter in his work with BioLargo Water.”

Simmon Hofstetter holds a PhD in Food Science & Technology from the University of Alberta, with a background rooted in microbiology, and experience with industrial research and development in the food safety industry, as well as in novel technologies geared towards eliminating microbial pathogens. Dr. Hofstetter has also worked as a Post-Doctoral Fellow at the University of Alberta to assist with biodegradation and reclamation research pertaining to the Athabasca Oil Sands. Overall, Dr. Hofstetter brings a suite of expertise in microbiology and toxic compounds relevant to precious water resources. Dr. Hofstetter is working to enhance and expand current applications of the AOS Filter technology.

In addition to the support from NRC-IRAP, Alberta Innovates-Technology Futures (AITF) contributed $62,500 under its program to help support the work of Petr Miller, PhD. AITF Industry Associates Program grants are awarded to help accelerate business ideas with research expertise, transform Alberta industry through practical application of research, and to support highly trained personnel in research and industry settings. The grant value is for one year’s support with the intent to extend for an additional $62,000 for year two. This funding will enable BioLargo Water to support Dr. Miller’s ongoing work to scale up and refine the BioLargo AOS system.

BioLargo Water- Research Center 
Petr Miller, Ph.D. is a Post-doctoral researcher at the Department of Agricultural, Food and Nutritional Science at the University of Alberta. He received his PhD in Food Chemistry and Technology at the Institute of Chemical Technology in Prague in the Czech Republic. He has more than eight years of research experience in the field of Food microbiology, Food Science and Technology. He is an author of several research articles published in leading scientific journals. His past work includes research of fundamentals of novel antimicrobials and their application in food, and novel processing food technologies and their application. Dr. Miller currently works in collaboration with BioLargo Water to optimize the AOS Filter.

“We are thankful to have Drs. Hofstetter and Miller on our BioLargo team and are excited to have the support of such renowned organizations as the NRC-IRAP and Alberta Innovates”, stated Mr. Calvert.