"Molding the Future of Metal Industries"
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The machine consists of a large tank with agitating paddles that mix the slurry. A diesel engine powers the slurry pump that moves the stored cellulose/fiber mulch materials through a hose and a discharge nozzle with high pressure. High pressure allows the Hydroseeder to distribute the seeds to hard-to-reach slopes. The use of the Hydroseeder promotes the growth of vegetation on bare slopes, and is thus, an effective technology to protect the slopes. The growth of vegetation along the usually bare slopes helps prevent erosion and high velocity of run-off during rainy seasons.
Target Sector: LGU's (Disaster Risk Reduction and Management Office) Researcher: Dr. Dominic S. Guevarra |
"Molding the Future of Metal Industries"
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The improved version of the Biolog Extrusion Machine (Model II) effectively extracts coco coir or fiber from coconut husk. These fibers serve as raw materials for ropes and twines, grow poles for plant liners, mats, geotextiles, car seats, mattresses, and many other products. The commercialization of this equipment will turn into usable materials the coconut fibers that were once thrown away and considered farm wastes. Extrusion and utilization of coco coir is a way of generating income for farmers and their families in the coconut-producing regions of the country.
Target Sector: LGUs
Researcher: Engr. Franciso C. Dime Registry No./Utility Model: Utility Model No. 2/20 |
"Molding the Future of Metal Industries"
"Molding the Future of Metal Industries"
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The equipment contains motors underneath the floorboards that duplicate both horizontal and vertical earthquake motions. The Shake Table has features that enable the equipment to simulate earthquakes with intensities ranging from III to VIII. This technology is best for use in the training of civilians and professional responders on various ways to respond to managing disaster risks through understanding intensity and magnitude. It is an effective tool in educating the public and promoting people’s awareness of earthquakes.
Target Sector: Academe; LGU's (Disaster Risk Reduction and Management Office)
Engr. Gharry M. Bathan |
"Molding the Future of Metal Industries"
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The Met Buoy is an instrument equipped with sophisticated communication system and sensors that collect and measure real time ocean and weather data. Its sensors enable the equipment to gather data on wind, relative humidity, air temperature, barometric pressure, rainfall, wave height and direction, and sea temperature. Its power supply is sustained by batteries and solar panels so that it is kept continuously operational. The locally-developed Met Buoy will monitor real time disturbances at sea. Its installation in critical areas will monitor changes at sea, most especially during extreme weather conditions. Data gathered will be used to provide accurate and timely information to help prevent sea accidents and tragedies.
Target Sector: Information & Communications/ Environment
Engr. Francisco C. Dime |
