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"Molding the Future of Metal Industries"

The project involved the fabrication of the rolling stock for the AGT, which is a locally-manufactured rapid mass transit.

It is powered by electricity; a coach carries a maximum of 30 passengers; can run at a top speed of 60 kph at full load; rubber tires carry the coaches along a concrete form of conveyance.

Its structural support requires less space and a very small turning radius indicates easy maneuverability around tight city streets.

The AGT will provide green transportation solutions to highly-populated areas in the country.  It is designed with environment friendly features such as lesser fossil fuel dependence and zero greenhouse gas emissions.  This technology, therefore, addresses transportation, pollution, and health concerns of the nation.

Target Sector: Transportation

Researcher:

Project Leader:  Engr. Arthur Lucas D. Cruz
Asst. Project Leader:  Engr. Jonathan Q. Puerto

(funded by PCIEERD; in cooperation with PMEDSO)

Molding the Future of Metal Industries"

A utility vessel that mechanically removes and collects water hyacinth using specially-developed conveyor system and cutters.

The Harvester mitigates disaster by means of water hyacinth management. The removal of the water hyacinth in bodies of water results to unobstructed flow of water, thereby lessening the threats of flooding during heavy rains.

 

Target Sector: Industrial

Researcher:

Project Leader:  Engr. Lemuel N. Apusaga
Asst. Project Leader:  Engr. Gharry M. Bathan


(funded by PCIEERD; in cooperation with PMEDSO)

"Molding the Future of Metal Industries"

The 10-inch diameter Cupola utilizes locally-available coke, cast iron charges, and ambient non-oxygen enriched blast air.  It performs with a 120 kg/hr melt rate, costing only P80/kg.  Cost decreases at longer campaigns.

Its design and development included impressive features such as:

  • State of the art refractory systems
  • Simple design and construction
  • Full control operation
  • Low cost operation

The Micro Cupola Furnace’s smaller size and lower operating cost make it very suitable for educational institutions teaching foundry technology or for foundries with lower molten metal requirements.

The use of this equipment will lead to the better understanding of its basic as well as advanced operating principles.  Knowledge and experience from the use of the Micro Cupola Furnace can be used as basis in designing an industrial-type cupola furnace for commercial foundries.

 

Target Sector:  AcademeFoundries

Researcher:

Engr. Floretino J. Lafuente
Mr. Lemuel N. Apusaga
Mr. Romeo C. Bermudez
Mr. Larsen S. Chavez
Ms. Arriane Mae M. Villanueva
Mr. Rolando Y. Clavio


Registry No./Utility Model:  Application No. 2-2012-000615

Molding the Future of Metal Industries"

A utility vessel that mechanically removes and collects water hyacinth using specially-developed conveyor system and cutters.

The Harvester mitigates disaster by means of water hyacinth management. The removal of the water hyacinth in bodies of water results to unobstructed flow of water, thereby lessening the threats of flooding during heavy rains.

 

Target Sector:  Industrial

Researcher:

Project Leader:  Engr. Lemuel N. Apusaga
Asst. Project Leader:  Engr. Gharry M. Bathan


(funded by PCIEERD; in cooperation with PMEDSO)

"Molding the Future of Metal Industries"

The locally-fabricated AGT costs cheaper than its imported counterparts like the LRT and the MRT.  It also has slimmer dimensions and can be built along narrow streets.

The AGT is lightweight and produces less noise because it runs on rubber tires.  It is electricity-powered and has zero greenhouse gas emissions.

Commercialized used of the AGT will lessen travel time and will promote an environment-friendly mass transit.

The AGT will enhance and upgrade Filipino capabilities in terms of transport technology ultimately leading to self-reliance and global competitiveness.

 

Target Sector:  Transportation

Researcher:

Engr. Jonathan Q. Puerto
Engr. Joey G. Pangilinan
Dr. Rio S. Pagtalunan
Ms. Lina B. Afable
Ms. Marcela R. Cagalingan
Engr. Joseph Alfred V. Garcia
Engr. Pablo Q. Acuin
Engr. Ivo Matthew D. Cruz
Ms. Karen R. Cagalingan