50th Fish Conservation Week theme Pangisdaang Pinagyaman Ngayon, Henerasyon Sagana sa Panghabang Panahon , Kaya Natin Technical Symposia 15-17 of October 2013 , SM MegatradeHall, 5th level, Mega B, SM MegaMall , Mandaluyong City Philippines. Mr. Hiroaki Tsutsumi, Ph. D. Dean of Faculty of Environment and Symbiotic Sciences lead on the demonstration experiment on photovoltaic system (solar panel) as Power Source for Milfish Production. The total cost of the technology will cost for 1,000,000.00 in peso for the total productive life of 20 years . The power sol ( made from Plastic solar panels together with the microbable generator is a new breakthrough in the fish farming. Details specifiication 5820 x2250 x650 mm, 720 w , 600kg, 10x10 m. The easy to use technology is directly correlated with the principle applied to the micro bubble generator pump used in the ornamental fish aqurium to supply oxygen for the golden fish to live a healthier and to have a longer life. This time the micro bubble generator is used in more logical, scientific , functional, real ,and large scale fish farm (milk fish as experimented). The only difference is that instead of using electric to make the micro bubble generator works , the new technology uses solar panels to produce energy for the machine to work on its own, while floating in the middle of the fish farm. The applied scientist further explained the necessity of the micro bubble in the farm as it is much better to the natural big bubbles to oxiginate the fish farm. Micro bubble has the character of being less vouyance , thereby its smokey components sporadically distribute the oxygen in wide open form to be easily catch by the breath seeking fish (milk fish) in a well density (populated ) fish cage or farm. The technology practicability is it well avoid the rampant fish killing that is now happening in the different fish farm . Partly due to climatic change and the water quality that surround the eco-system of the fish farm, especially the month of November up to January in the coldest season weather in the Philippines due to the cold air and water that been brought up by the Siberian climate. The technology had been proven useful in Japan for the oyster farming in Minamata (2011-14) , for milkfish farming in Laguna lake (2012) resulting to a 60% survival capacity of fingerlings using the microbubble in compare with a 10 % survival capacity with the using the new system. Furthermore the technology had been effective in the milk fish farming at Pangasinan (2013) National Integrated Fish Technology and Development Center Dagupan City . The talk of Mr. Hiroaki Tsutsumi, Ph.D. from Prefectural University of Kumamoto in todays 50th anniversary of BFAR , Bureau of Fish and Agricultural Research leads to the unique proposition for the fish farm owners and BFAR practioners and officers. Makiko Takaoka general manager and Sr. consultant of Nomura Research Institute Asia Pacific Pte. Ltd. Manila Branch assists the visiting Japanese lecturer .
Posted on: Thu, 17 Oct 2013 06:00:30 +0000
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