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plant producer Applications

  • Plant Breeding Research

    Biotechnology utilizes transgenic manipulation to change the genetic make-up of plants. Plant breeding is conducted world-wide for a variety of reasons, including improvement of nutritional value, economic opportunity, and environmental adaptation and preservation. Today, international development organizations assert that genetically engineered crops are an important factor in ensuring global health and food security, while simultaneously benefiting farmers, producers, and food manufacturing companies. As such, scientists have developed new higher-yielding varieties that are not only resistant to pests and diseases, but also drought-resistant, or easily adapted to different regional environments and growing conditions

    By ASD Inc., a PANalytical company based in Boulder, COLORADO (USA).

  • Hot Air Dryer for Sweet Potatoes Processing Plant

    Sweet potato roots can be processed into dehydrated forms such as dried chips and flour for storage and uses in food preparations. Sweet potato drying usually performed traditionally with the use of sun, which is a time consuming method (about 56 hours) and produces an inferior quality product with high health risk due to high contamination. The most employed way to reduce the drying time and obtain good quality product is the use of mechanical dryers, and it also lowers the product mass and volume which improves the efficiency of storing, packaging and transportation. And hot air drying is commonly used in producing sweet potato dried chips which are pulverized into flours. Process operations for processing sweet potato dried chips and flour involve cleaning,trimming, washing, slicing, drying, milling, packing and storage. Link: http://fooddryingoven.com/drying_ideas/hot-air-dryer-for-sweet-potato-processing.html

    By Azeus Food Machinery based in CHINA.

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    Energy from biomass production for the waste to energy industry

    Pieralisi technology is widely applied in plants that produce energy from Manure (biogas) and alternative energy production from biomass, and, in this industry.

    By Pieralisi Group based in Jesi, ITALY.

  • Water treatment for horticulture

    Horticultural and greenhouse operations are facing increasing challenges in dealing with sanitation issues related to water treatment. Over the course of growing a crop, pathogenic microorganisms accumulate and algae flourish on moist surfaces posing a constant threat to plants and produce. The main challenges lie the areas of irrigation water, elimination of biofilm and algae control. Existing biocidal products, while effective in killing algae, are not effective in removing biofilm from the water lines. The ultimate solution would be to employ a biocide that is capable to control algae on greenhouse surfaces and strip the biofilm in irrigation lines. Chlorine dioxide has demonstrated to possess both properties.

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

  • Pollen Control

    Many plants will produce abundant quantities of very lightweight pollen grains. Transfer of grains or pollination is generally mediated by the wind, which is a requirement for any healthy indoor garden. When it lands on a compatible pistil or female cone, it germinates, producing a seed. This is an undesirable process when farming certain crops. Pollination control is one of the major concerns of gardeners as it can affect the final outcome of different types of crops.Pollination occurs when pollen from the male plant reaches the female stigmas and finds its way to the egg cell of the female plant that is inside the pistil. After the process of pollination, the seed is produced. To ensure pollen is effectively controlled, AgriAir equipment will destroy airborne contaminants finer than even the smallest grains. AgriAir machines are capable of destroying up to 99.99% of airborne pollen through our process of photo hydro ionization.

    By AgriAir Equipment - a brand by Omnitec Design based in Mukilteo, WASHINGTON (USA).

  • ENPIKAY Foliar Liquid Colloidal Fertilizer 97% uptake rate

    ENPIKAY safely replaces use of Chemical Fertilizers like Urea, DAP, Potash and Complexes in Agriculture and use of Dicalcium phosphate . In Agriculture, ENPIKAY can be conveniently applied through the drippers at early stages of crops and through the leaves (foliar) during the fruiting and later stages of growth to produce the best quality crop with higher yields. ENPIKAY contains Proteins, Phosphorous, Potash, Metabolites of Phosphorous and Potash Solubilizing Bacteria, Phytase and Phosphatase Enzymes, which is an unique combination. ENPIKAY is totally bioavailable and enters into plant system as a bioencapsulated molecule in whole and results in no antagonisms. Organic content in ENPIKAY can replace ten fold inorganic conventional NPK supplements. ENPIKAY is also in the process through Washington State Organic Certification. Also through OMRI but this process is taking longer than Washington State which will be in +- 120 days. 6.66 Liters of ENPIKAY can replace 100 Kg Complex Fertilizers like 17:17:17 Organic phosphorous content of 1 Liter ENPIKAY can replace 10 Kg MOP Organic phosphorous content of 1 Liter ENPIKAY can replace 15 Kg Superphosphate ENPIKAY replaces inorganic phosphorus sources like rock Phosphate and Superphosphate. ENPIKAY replaces inorganic Nitrogenous sources like Urea Organic Nitrogen content of 1 Liter ENPIKAY can replace 15 Kg Urea PROXIMATE ANALYSIS: 1. Phosphorous as P: 0.36 % Min 2. Phosphorous as P2O5: 0.764% Min 3. Potasssium 0.36% Min 4. Aminoacids: 1.456% Min 5. Nitrogen 0.23296% Min 6. Protease 2000 IU/ml 7. Urease 45 IU/ml 8. Phosphatase: 90 IU/ml 9. Chloride as Cl : 0.1%max 10. Iron (as Fe): 0.0005%max 11. Arsenic (as As): 0.0005%max. 12. pH: 4.3-4.9 13. Suitable pH Buffers

    By Terawet Green Technologies, Inc. (TGT) based in San Diego, CALIFORNIA (USA).

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