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Gladiy M.1, Kebko V.2, Polupan Yu.3, Kobal B.4, Kalnobrodskyi O.5 National academy of agrarian sciences of Ukraine, Mykhailo Omelianovych-Pavlenko Str. 9, Kyiv, 01010, Ukraine, 2, 3 M.V. Zubets Institute of animal breeding and genetics of NAAS, Pogrebniak Str., 1, Chubinske, Boryspil region, Kyiv oblast, 08321, Ukraine, Department of food safety and veterinary medicine of State service of Ukraine for food safety and consumer protection, Borys Hrinchenko Str., 1, Kyiv, 01001, Ukraine, LLC SPE «Biokor-Agro», Zavodska Str., 12, Hryhorivka, Obukhiv region, Kyiv oblast, 08750, Ukraine; е-mail: prezid@naas.gov.ua, kebko.v@ukr.net, irgt@online.ua, kobal_bi@vet.gov.ua, biokor-agro@ukr.net The purpose. To develop small-sized device (of rotary type) for manufacture of combined energyprotein fodder additives from non-food waste got in processing fish and bird, to mount a technological line from these devices, to study zoochemical structure, nutritiousness and quality indicators of fodder additives, as well as efficiency of their use in feeding pigs. Methods. Zootechnical, calculation-statistical, analytical. Results. Ecological technology for production of combined energy-protein feed additives of fish and animal origin is developed in SPE «Biokor-Agro» (v. Hryhorivka, Obukhiv region, Kyiv oblast). Annual manufacture of fodder additives in SPE «Biokor-Agro» makes up to 2 thousand tons. In scientifically-economic experiments it is established that use of fodder additives produced in SPE «Biokor-Agro» increases daily average buildup at cultivation of repair young pigs on 21,1 — 25,5 %. Conclusions. Small-sized device (of rotary type) is developed in SPE «Biokor-Agro» for manufacture of combined energy-protein fodder additives from non-food waste got in processing fish and bird. Two technological lines consisting of 6 and 3 devices are mounted and work permanently. It is established that at feeding young pigs with fish fodder additive daily average buildup of alive weight have increased from 502 g in control group up to 608 g the test one, that is on 106 g, or 21,1% (Р<0,001). At feeding young pigs with high-protein fish additive the daily average buildup of alive weight increased from 517 g in control group up to 649 g in test one, that is on 132 g, or 25,5% (Р<0,001).

Innovative technology for production and use of feed additives of fish and animal origin