Bionetix® Case History Spotlight #42: Reducing COD in Glove Wastewater

Bionetix International BCP11™

A glove manufacturer was struggling with high COD readings in their wastewater, which sometimes reaches high temperatures and has foaming issues. Their Bionetix® representative recommended using BCP11™. In just two weeks, their BOD levels dropped significantly, with corresponding reductions in COD. The manufacturer continued using BCP11™ and, as of one-and-a-half years into the treatment, was satisfied with the outcome.

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Keywords: Bionetix, Bionetix Case Histories, how to reduce COD, glove manufacturing, glove wastewater problems, wastewater foaming issues, how to reduce BOD, industrial wastewater problems, wastewater treatment, BOD loading

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CASE HISTORY SPOTLIGHT: Bionetix® Case History #16: Sludge and Odor Reduction at Meat Packing Plant

The sludge collected from wastewater at a Southern Ontario meat packing plant was causing odor and handling problems. The sludge was thick and hard by the time it had to be emptied each week from the holding tank, and neighbors complained about the odors resulting from pumping. To address the problem, the plant emptied the tank and then began a continuous feed of diluted STIMULUS™ and a daily dose of BCP80™ into the sludge before it reached the tank. Water was drained out of the tank two to three times per week until the water was no longer clear.

The tank did not require pumping for three weeks after the treatment started. When it did occur, the sludge was much easier to handle. Odor significantly improved and neighbors stopped complaining about the smell. The entire year’s treatment paid for itself in just a few months by reducing hauling costs. Odor reduction also had the unmeasurable benefits of reducing manpower and increasing goodwill in public relations with the surrounding area.

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Keywords: sludge reduction, odor reduction, meat packing plant, odor problems, sludge problems, Bionetix, wastewater, public relations

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CASE HISTORY SPOTLIGHT: Bionetix® Case History #26: Brazil Pisciculture Trial

Keeping fish healthy and ponds clean are two typical challenges for fish farming. Sludge buildup and bad odors from decaying organics and fecal matter are common. Often, half of the pond water has to be replaced at the end of the cycle due to contamination. Heavy rain can lead to low dissolved oxygen levels. Fish stressed by poor conditions also eat less.

Bionetix® biologicals were trialed at an industrial fish farm in Mato Grosso, Brazil, to counteract these problems. Two side-byside ponds were stocked with 6300 young “Pintado” fish each. One pond was not treated. The other pond was treated with BCP54™, and AQUA-FEED™ was added to the fish food regularly. About eight months later, AEROBOOSTER-O2™ was introduced to the treated pond to counteract low oxygen levels from heavy rain. The cycle lasted 330 days in the control pond and 400 days in the treated pond (to allow time to test AEROBOOSTER-O2™).

The control pond stayed at relatively normal production (10,500 kilos [23,149 lbs]), while the treated pond saw a 42% increase from the norm and produced 15,143 kilos (33,385 lbs). Fish in the treated pond stayed healthy without medication and grew to a consistent size, while the control pond had a wide range of sizes (about one-fourth of its fish were not large enough to be included in the final production count). The treated pond also had excellent odor control and stabilized oxygen levels, with no need to follow the costly procedure of draining contaminated water, cleaning, and refilling the pond (except to compensate for natural evaporation). The results generated excitement and also captured the interest of potential investors.

Keywords: pisciculture, Bionetix, fish farming, low oxygen in ponds, fish farming challenges, keeping ponds clean, Brazil pisciculture, keeping fish healthy,
pond contamination

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CASE HISTORY SPOTLIGHT: Case History #33: Eliminating Potato Scab in Japanese Test Field

October 20, 2021

A potato farmer was having high rates of potato scab infection in one of the highest-producing potato growing regions in Japan. In two fields measuring 65 hectares (160.6 acres) total, the farmer’s infection rate had reached approximately 85% prior to 2019.

The farmer set aside 35 hectares (86 acres) as Test Area No. 1 and sprayed ORGANIC PLUS™ RH (diluted in water) on the soil in the spring of 2019. Potato scab was eliminated in this test area for the 2019 growing season. Success was credited to the synergistic action of rhamnolipids and other naturally derived ingredients in ORGANIC PLUS™ RH helping to control the problem through natural mechanisms

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