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I have an experience working with the SBP technology in domestic wastewater treatment and found this technology promising to use: Increasing processes stability, allowing challenging with exceed inflow loads and inducing better effluents quality. The technology is also in use to treat industrial wastewater and allowing to avoid the need for sludge growing and circulating, as well, associated infrastructure and operational activities.
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The technology is a game changing technology, which may effects on many environmental implications.
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My group tested the SBP technology under lab conditions and we were able to biodegrade a very high concentration of phenols. The SBP technology protects the encapsulated microbes and gives them better conditions to produce various enzymes to biodegrade various toxic compounds. Therefore, I have the pleasure to recommend the promising technology of SBP.
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Bio Castle's SBP product has been used in Aqua Green Systems for the purpose of treating and reducing nitrate and nitrite in outlet water both as an aerobic and anaerobic filter. The capsules took significant effect within a few hours - starting with the reduction of nitrite- then following nitrate with consistent results lasting several months. Since the capsules can be used immediately, they are excellent in case of emergency - for instances where a systems filters collapse or fail then they can be used as an immediate replacement. SBP capsules require very little maintenance and can work with a good size of water - 100 liters to thousands of cubic meters with zero impact on livestock.
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We are using the SBP technology treating our wastewater over 3 years and the results are excellent. By using the SBP technology, we were manage to simplify the treatment process, resulting in in infrastructure and operational activity cost saving.
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The ever-growing need for water treatment solutions, in advanced waste water treatment plants for example, have led to innovative solutions. One of these solution is the use of Small Bioreactors Platform (SBP) technology, where tailored biological agents are trapped inside confide cellulose capsules. The biological activity of such SBP capsule was studied with emphasis to different arrays and flow type. This innovative solution can be modified to meet both the bio-reaction requirements and the flow regimen, i.e. natural or forced flow. The SBP capsules involves multi-disciplinary study, including biology, materials and process engineering. Thus it is highly recommended solution.
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During the past 2 years, I had studied with Ofir the SBP technology that he developed for bio-degradation of trace organic compounds especially, for difficult industrial wastewater and also we combined studies on reactive species with bio-degradation processes. The technology is capable to treat selectively contaminants in a relatively short hydraulic retention time, enabling the technology be applicable for full configuration treatment. Ofir is an "out-of-the-box" researcher and friend and we enjoy imagining and exploring crazy scientific ideas and combinations, and that's why it's a lot of fun with him.
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I have used the SBP capsules to test the BTEX degradation ability of an encapsulated Comamonadaceae bacterium. Previously the BTEX-degradation capacity of the test organism was also determined in planktonic cultures. In both cases high BTEX-degradation capacity of the bacterium have been recorded. There was no difference between the BTEX biodegradation efficiency of the SBP encapsulated and planktonic bacteria. SBP capsules are innovative bioreactor platforms in which bacteria can exert their beneficial metabolic properties in a protected environment. I am more than convinced that in the future SBPs will be successfuly used by environmental protection specialists in the field of bioremediation.
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As part of synthetic Biology's "POC" in a project to make Honey without Bees, my team needed to ensure that an engineered bacteria could sense molecule concentration in the honey production process. We needed to enable the transfer of molecules, such as hydrogen peroxide and selected proteins, between the "unprocessed honey mixture" and the engineered bacteria membranes. Another requirement is to separate the bacteria at the end of the process. To overcome these obstacles, we approached Bio-castle. Bio-castle equipped us with a unique capsule that entraps the bacteria inside a membrane, which acts as a selective barrier separating the bacteria from the processed honey mixture. the microorganisms in the honey process are maintained in a distinct volume, while the secreted enzymes are defused into the external solution, and small molecules, such as hydrogen peroxide, can enter the capsule. Therefore, the bacteria can "sense" the mixture and activate the genes we have designed to secrete enzymes according to the mixture status. At the end of the enzymatic process, we can pull out the capsules from the sugar mixture to get a bacteria-free solution. The capsules were very convenient to work with - and the company has supported any subject that came up. I can say for sure - our system could not be complete without the Bio-castle capsule, and I am very grateful for the opportunity to work with the company.