Beet Harvesting Articles

  • Sugar Beet Harvest Simplified with Aire-O2 Tritons - Case Study

    Overview: Sucrafor, a COSUMAR Groupe sugar beet processing plant in north east (Oriental) of Morocco, designed a wastewater treatment plant to maintain high organic loads through anaerobic, anoxic, and aerated lagoons; as they crush more than 5,000 tons of sugar beets daily. Due to the high organic loads and tightening BOD/COD standards, Aeration Industries International’s ...

  • Sugar Beet Pulp - Case Study

    Baling of Beet Pulp Sugar beet pulp is a vegetable residue from the production of sugar. The material has a high nutritional value and is a popular feed supplement for livestock. Dairy farmers consider beet pulp to be a highly palatable and absorptive feedstock that helps stimulate milk production. However, due to the high moisture content, fresh beet pulp has a very short ...


    By Flexus Balasystem AB

  • Plan Ahead For the Beet Harvest – Get Your Molasses Tanks in Place

    Although the UK’s farmers will not be harvesting their beet crops until around December onwards, it’s time to start planning ahead when it comes to storing molasses, a by-product of this harvest. Proven time and time again to be one of the best bases for a multitude of animal feeds, molasses should be stored correctly in order for the consistency and nutritional content to be ...


    By ENDURAMAXX

  • Rake In Greater Capacity And Higher Hay Quality

    It’s been said that the steel-toothed dump rake was first introduced in the 1860s. Of course, the process back then was to rake hay into piles, which were then pitched onto a wagon for transport to a haystack or the barn loft. To make windrows for the balers that came later, the operator simply spaced the “dumps” equally so they lined up in the field. The irony is that until ...


    By Vermeer

  • Ethanol from sugar beet in The Netherlands: energy production and efficiency

    Prospects for ethanol production from sugar beet in The Netherlands have been analysed using measured production data from two experimental farms and literature on beet to ethanol conversion. The analyses include beet cultivation and harvesting, transport to the factory, conversion into ethanol and delivery of the ethanol to distribution points. Under the prevailing conditions, ethanol production ...


    By Inderscience Publishers

  • Molasses Tanks For Effective Storage Of Molasses and Liquid Fertilizer

    As the UK’s sugar beet harvest is still underway, molasses production is also at its yearly high. 50% sugar by weight, beet molasses contain calcium, potassium, oxalate and chloride, making for an ideal base for a number of animal feeds over the winter. Correct storage of molasses is vital and the Enduramaxx range of Molasses Tanks are manufactured from UV stabilized polyethylene and come ...


    By ENDURAMAXX

  • Land application of sugar beet by-products: Effects on runoff and percolating water quality

    Water quality concerns, including greater potential for nutrient transport to surface waters resulting in eutrophication and nutrient leaching to ground water, exist when agricultural or food processing industry wastes and by-products are land applied. Plot- and field-scale studies were conducted to evaluate the effects of sugar beet by-products on NO3–N and P losses and biochemical oxygen demand ...

  • Implementing Research : Georgia Takes Many Routes to Recycle Food Residuals

     PETROLEUM HYDROCARBON LEVELS “One unique local characteristic (and treatment difficulty) we encountered in our composting program,” says Stan Konno, PWC environmental department director head, “is the high level of diesel range total petroleum hydrocarbon (TPH) content in the sludge from the WWTF at Fort Kamehameha.” Oil from past leaks in pipelines and tanks — which go back to 1941 — ...


    By BioCycle Magazine

  • Compost Users Forum : Compost Research On Wisconsin Organic Farm

     Cocomposting at Pearl Harbor PETROLEUM HYDROCARBON LEVELS “One unique local characteristic (and treatment difficulty) we encountered in our composting program,” says Stan Konno, PWC environmental department director head, “is the high level of diesel range total petroleum hydrocarbon (TPH) content in the sludge from the WWTF at Fort Kamehameha.” Oil from past leaks in pipelines ...


    By BioCycle Magazine

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