The objective of this pilot was to determine if BioElectric treatment would break down TWAS into soluble and more bioavailable forms as a precursor to enhanced anaerobic digestion.

ElectroCell’s BioElectric technology uses precisely managed, low voltage electrical pulses to break down liquid wastes. It has been used for several years to destroy pathogens, stratify nutrients, settle solids and reduce odors in livestock manure and biosolids. Only low levels of electricity (less than 3 watts per gallon) are used. There are no chemicals or additives involved.

For the full case study, click here

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Click here to download the case study results: ElectroCell TCA Case Study V3Web

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i2i is a global competition and challenge program seeking innovations with the greatest potential benefit to our planet and society, especially those related to energy, water, and environment. Read more here at the PR News Wire. As part of the application process, we were required to submit a 30-second video about what inspires us to innovate.

See the ElectroCell video here:

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According to ElectroCell CEO Buzz Hoerr; “Treating liquid waste for several years for our livestock farm customers, and seeing exciting trial results at wastewater treatment and food processing plants, has given us valuable working experience.” We’ve translated that into a safer and much more functional working platform that cuts down set-up and tear-down times, as well as providing nearly twice the operating time between refueling. This will keep costs down for livestock customers and also make it easier for new trials at municipal and industrial sites.”

ElectroCell will produce all future mobile treatment machines on this Gen II platform, and make continuous upgrades to components as they become available. Our goal is to be the best new method available to reduce pathogens, odor and excess nutrients for the wide variety of corporations and organizations that are responsible for the management of liquid waste streams, all of whom are looking for an inexpensive and simpler solution today.

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The ElectroCell system acts as a biological accelerator, enhancing traditional treatment processes and making them much more efficient significantly reducing nutrients, odor and biological oxygen demand (BOD). The mobile treatment units can easily be added to existing waste treatment infrastructures to improve performance, capacity, and efficiency. ElectroCell allows the industry to reduce or avoid massive fixed infrastructure investments, and can even be used in distributed waste streams where logistical constraints have prevented cost-effective treatment until now. The response from the clean technology investment community was enthusiastic. ElectroCell will be raising its next round of equity in July to finance continued development in new markets that will benefit this game-changing technology

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Mr. Hoerr addressed the recent WRI meeting on the subject of Best Management Practices, noting that BMP’s are an inconsistent method at best. BMP’s, including no-till cultivation, stream setbacks, and other passive actions, are important conservation tools. But under some circumstances, water overwhelms these passive methods. In 2010, for example, the Susquehanna Valley and other watersheds that feed the Chesapeake experienced twice the normal rainfall amounts, much of it in heavy, short-term pulses like Hurricane Irene.

The result is a multi-year influx of excess nutrients, which form an 85-mile long plume of sediment flowing into the Chesapeake Bay (pictured in green, above). According to Mr. Hoerr, relying on passive BMP’s and accounting for nutrient reductions based on theoretical models, not reality, will not solve the problem.Mr. Hoerr noted that ElectroCell treatments sequester nutrients in the bottom of pits and lagoons, and we measure those reductions in every tanker load spread on fields. One EPA regulator commented that the only way they can sleep at night is knowing the nutrients never got on the ground in the first place. It’s time for EPA, the Bay Foundation and other NGO’s to realize the old ways are not working. We need new methods that are truly accountable. This is the only way we’re going to solve this problem.

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Read more about at Lancaster Farming

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In the case of liquid lime, the biosolids are brought to a Ph level of 12 during treatment. This effectively destroys fecal coliform, but the resulting high Ph material is not an ideal soil supplement. With ElectroCell’s bioelectric treatment, coliform is quickly and cost-effectively controlled, the land-applied odor is significantly reduced and the resulting material is a more plant and environmentally friendly fertilizer.

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In partnership with a single, small hog farm, ElectroCell produced more than $16,000 worth of nutrient credits, simply by treating the farm’s manure pit twice. Call Electrocell today to find out if we can help you to generate credit revenue on your farm.

Review the credit trading below:

Contract Updates

Registration Credits

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