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farm feeding Applications

  • Laboratory Solutions for the agriculture & farming

    Many states have governmental departments with diverse responsibilities in regulatory monitoring such as animal health; weights and measures; gas and oil inspection; seed and fertilizer inspection, feed analysis, crop and livestock statistics, monitoring agricultural environmental issues, as well as research and development. The key to success is a data management system powerful enough to handle all the data measured, reported and analyzed, and flexible enough to match the workflows, regulations and rules specific to the agriculture and farming segment.

    By Accelerated Technology Laboratories, Inc. based in West End, NORTH CAROLINA (USA).

  • Production of Algae for Fish Larvae Feed

    Intensive use of extractive fishing is threatening important species and forces governments to impose temporary stoppages whilst the profitability of fishing fleets is decreasing and ship-owners are seeing their livelihoods threatened.

    As a result of this and in order to satisfy the continually growing demand for fish to feed the world’s population, it has been necessary to breed different types of fish, crustaceans and molluscs in fish farms.

    Fish larvae feed on multicellular microorganisms -Rotifera and Artemia-, which in turn require a balanced and natural feeding on microalgae.  This is the only way to achieve healthy farmed fish which compare favourably with those found in the wild.

    By AlgaEnergy, S.A. based in Alcobendas, SPAIN.

  • Water Recirculation System for Fish Farming

    Research project where no chemicals are used in water treatment and water is only added to replace any evaporated water. The fish are grown in a tank with closed water circuit. The waste produced by fish are utilized by growing algae. The grown algae are returned for fish feed. Our method allows efficient and environmentally friendly fish farming that can be placed near the consumer.

    By Clewer OY based in Turku, FINLAND.

  • Geomembranes for Shrimp Farming Ponds

    Intensive commercial shrimp farming began in the late 1960s led in part by technological advances and growing market demand. Today, shrimp farming is so intensive (in some cases close to 300 000 shrimps per hectare) that it requires industrially prepared shrimp feeds, fertilizing the ponds to stimulate the growth of organisms, aeration to prevent oxygen depletion and regular tidal water exchange.  Solmax geomembranes have been used in some of the largest shrimp pond projects in the world. There are several key benefits of lining shrimp ponds with geomembranes. Durable and robust, the HDPE surface prevents weeds, grasses, mud and other obstructive contaminants from entering the pond.  The HDPE substrate is known to reduce the suitability of the environment for bacteria thereby reducing the need for antibiotics. Geomembranes can also protect the slopes and banks from erosion and allow for easy detection and rapid removal of sediment and waste products.

    Here are several factors to consider when deciding which type of geomembrane to use in a Shrimp Pond application:

    • Stress crack resistance
    • Tensile and elongation properties
    • Tear and puncture resistance
    • Duration of the project
    • U.V exposure

    Please contact us if you need technical support or need to speak with a sales representative.

    By Solmax based in Varennes, QUEBEC (CANADA).

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    Measurement of oil & moisture in fish feed for agriculture sector

    The measurement of oil and moisture in fish feed is essential within fish farming, an important and growing industry providing high quality food for a growing global population. Fish feed is a key part of the ecology and economics of the industry making the control of the nutritional content and perceived quality of the product essential. Our Benchtop NMR Analyser - MQC system provides a fast, simple and accurate method of measuring the key parameters of oil and moisture in fish feed without the need for solvent extraction and oven drying which are slow, labour intensive and require skilled operators. In addition, the instrument is directly and linearly related to hydrogen content (of the oil/moisture) which means that chemometric analysis in comination with a very large set of calibration standards are not required.

    By Oxford Instruments plc based in Abingdon, UNITED KINGDOM.

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    Measurement of oil and fat content in animal feed without drying for agriculture sector

    Animal feed is a key component in modern agricultural production ensuring that livestock receives the correct nutritional input for optimum animal health and farm productivity. The amount of fat in animal feed is one of the key nutritional and quality control parameters in the manufacture of animal feed. Our Benchtop NMR Analyser - MQC system provides a fast, simple and accurate method of measuring fat in animal feed without the need for solvent extraction which is slow, labour intensive and requires skilled operators. In addition, the instrument signal is directly and linearly related to hydrogen content (of the fat) which means that chemometrics in combination with a very large set of calibration standards are not required.

    By Oxford Instruments plc based in Abingdon, UNITED KINGDOM.

  • Pumping solutions for Fish industry pumps

    Pumps with both vacuum and pressure up to 3 bar (43 PSI). Samson Pumps is the leading supplier of liquid ring pumps and system components for: Processing of live fish aboard trawlers and at seawater farms. Processing of fish produced for industry. Processing of fish waste. Processing of fish feed. Trimming of fish.

    By Samson Pumps A/S based in Viborg, DENMARK.

  • Microbial Solutions for Aquaculture

    Aquaculture is the fastest growing meat protein industry in the world. Microbial Discovery Group’s in-depth understanding of water quality, feed conversion, and disease prevention creates strong value-add partnerships.

    Similar to any other farming system, the aquaculture industry must confront environmental problems resulting from the industry’s intensification and commercialization. The need to produce and yield more tends to push these systems to the brink of failure.  Success stems from understanding the aquaculture host, nutrition, water quality environment and the symbiotic microbial relationship of the direct fed probiotics. Microbial Discovery Group is active in solving problems facing the aquaculture industry. We can help with your water quality, FCR and overall yield needs – fast.

    Drawing on our animal agriculture experience, we have a unique approach to aquaculture problems. Do you need some new ideas that work?

    By Microbial Discovery Group (MDG) based in Franklin, WISCONSIN (USA).

  • Water treatment for poultry

    In broiler and layer farms, drinking water is often acidified to obtain a lower pH in order to stimulate the feed intake of the birds. However, doing so counteracts the efficacy of chlorine, since this most commonly used disinfectant requires a higher rather than a lower pH of the drinking water. Consequently, more chlorine is needed to compensate the diminishing effect caused by the organic acid, which in turn results in uncontrolled (over)dosing. With chlorine dioxide, nothing of this kind occurs since chlorine dioxide functions perfectly between pH 4 and 10. With chlorine dioxide, it is much easier to influence and improve poultry growing conditions.

    By Applied Oxidation LLC based in Chattanooga, TENNESSEE (USA).

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