Electronic products from the Philippines have a better chance of penetrating the international market as the Department of Science and Technology’s Electronics Product Development Center (DOST-EPDC), the Philippines’ premiere electronics testing center, gains its ISO 17025:2017 accreditation for electrical testing (EMC).

Awarded by the American Accreditation for Laboratory Accreditation (A2LA) - an independent, non-profit, internationally-recognized accreditation body in the United States for laboratory and laboratory-related accreditation services- the ISO 17025 positions the DOST-EPDC at par with electronics testing centers around the world as it recognized several testing methods of the center for its international compliance.

The accreditation recognizes the technical competence and the laboratory quality management system of the DOST-EPDC for electrical testing, (EMC).

DOST Philippine Council for Industry, Energy and Emerging Technology Research and Development (DOST-PCIEERD) Executive Director Dr. Enrico C. Paringit congratulated the DOST-EPDC for getting the ISO 17025:2017.

“The recognition that the A2LA awarded to DOST-EPDC is a testament to the continuous innovation that we have committed to the Filipino people.  We are optimistic that more electronics companies will be trooping to the DOST-EPDC to have their products tested or create new designs using our machines,” he said.

A2LA awarded the ISO 17025:2017 for commercial and automotive component tests for both radiated and conducted emissions tests of DOST-EPDC for the following products: Internet of Things (IoT) equipment, Information Technology Equipment, Multimedia Equipment, Power Supplies, Uninterruptible Power Supplies, 3D Printers, Medical equipment and On-board Automotive devices (ie: camera, sensor, ECU, etc.).

During the last day of the Global Compliance Consulting (GCC) Technical Training conducted by Mr. Thomas Dickten (third from the left) attended by (left to right) Lemuel Borgonia, Victor Gruet, Hilary de Leon, Julius Solomon, Janel Sito, Jhonatan Tapay, and Darwin Bernabe Mendez in preparation for the accreditation.

DOST created EPDC in response to an industry need for facilities to improve product design, development, test, and to spur even more electronics manufacturing in the country, a call championed by the Electronic Industries Association of the Philippines (EIAPI).  With  DOST-EPDC, companies can have their product tests done in the country instead of sending them abroad.  Inaugurated in 2017, DOST- Advanced Science and Technology Institute manages EPDC in partnership with EIAPI.

Through the DOST-EPDC, small, medium, and large enterprises can have easy  access to testing facilities for their electronics products and even help them create their own through the various innovation programs of the facility.

 

 

To find ways to mitigate the harmful effects of the rising temperatures in urban areas, the Department of Science and Technology (DOST), through the Philippine Council for Industry, Energy, and Emerging Technology Research and Development (PCIEERD), and the University of the Philippines-Training Center for Applied Geodesy and Photogrammetry (UP-TCAGP) are assessing the development of urban heat islands in rapidly urbanizing and highly urbanized cities in the Philippines using satellites and modeling-simulation techniques.

Dr. Ariel Blanco, Project Leader of Project GUHeat or “Geospatial Assessment and Modelling of Urban Heat Islands in Philippine Cities,” said they will harness the power of thermal images from satellites to help the government “minimize the warming of urban areas or urban heat islands (UHIs), and even reverse it to decrease electricity consumption and air pollution, reduce health risks and diseases, that will result to greater livability of our cities.”

Project GUHeat will develop geographic information system-based methods and tools to map, model, and characterize UHIs that are easy-to-use by local government units which can be accessed through a web-based GIS.

To date, they are studying and evaluating  the land surface temperature (LST) of Quezon City, Baguio City, Cebu and Mandaue City, Iloilo City, Zamboanga City, and Davao City using satellite imageries in order to assessed the effect of urban heat islands.

The project also aims to build and enhance the capacity of LGUs in incorporating thermal environment conditions in planning and development towards the attainment of UN Sustainable Development Goal (particularly Goal 11: Make cities inclusive, safe, resilient and sustainable)

“I’m happy to share that these local government units (LGUs) are very enthusiastic and supportive, and shall utilize the project outputs in revising plans and implement measures to reduce urban heat islands (UHIs),” Blanco shared.

A city experiences an urban heat island effect when it has warmer temperatures than nearby rural areas. The materials used in the construction of buildings and establishments and the lack of trees and vegetation affect the distribution and persistence of heat in a city. Warmer temperatures increase energy consumption, emissions of air pollutants and greenhouse gases, impair water quality, and compromise human health and comfort.

DOST-PCIEERD Deputy Executive Director and Officer-in-Charge Engr. Raul C. Sabularse expressed hope that project will positively contribute towards climate change adaptation.

“It is imperative that local government units plan and strategize using the GIS-based maps and models that will be developed through Project GUHeat for the thermal comfort of Filipinos. We at the DOST will continue to support the project and eventually launch more space technology applications (STA) to lift ,” Sabularse said.

Dr. Blanco said they intend to use unmanned aerial systems (UAS) that have thermal cameras to thoroughly map and determine the changes of land surface temperature (LST) over time. His team will also laser-scan the cities involved in their project to produce 3D models for simulation. Through simulation, they will be able to explore possible scenarios and be ready with urban-heat-mitigating measures.

 

 

Researchers from the Mindanao State University - Iligan Institute of Technology (MSU-IIT) has recently uncovered valuable rare earth elements (REEs) from coal fly ash (CFA), a waste material generated by coal power plants.

According to Project Leader Dr. Vannie Joy Resabal, these REEs are “widely used in high-technology, clean energy and emerging technology applications, and are amongst the critical raw materials classified by the European Commission and the US Department of Energy.” Through the funding and support from the Department of Science and Technology - Philippine Council for Industry, Energy and Emerging Technology Research and Development (DOST-PCIEERD), the researchers were able to successfully extract REEs from the CFAs they analyzed.

REEs are vital components of most electronic products like cellular phones, computer hard drives, televisions, and even electric vehicles. Even though REEs form only a small fraction of these products, without rare earths, these products cannot function.

DOST-PCIEERD Deputy Executive Director and Officer-in-Charge Engr. Raul C. Sabularse expressed optimism over the potential gains that the country can obtain from the discovery of these REEs.

“The economic gains that our countrymen can achieve once these REEs are maximized to its full potential is truly promising and we hope that local businessmen can look into this potential resource,” he said.

Resabal said there are no known sources nor studies on REEs and their research shows that these valuable metals can finally be found in the Philippines.

Resabal also mentioned similar studies from Poland, United Kingdom, and Japan showed that CFAs can be a valuable secondary source of REEs.

“Raw and unprocessed coal already contains a variety of metals, and at times, also REEs, burning it enriches these metals,” she said.

The country houses more than 25 coal power plants that produce significant amounts of CFA, and these CFAs are currently only used as source of geopolymer materials and as cement additive. 

Resabal’s team extracted REEs through hydrometallurgical processing, which comprises of the leaching and separation-purification stage.

“In leaching, valuable metals (REEs) from minerals or waste materials are dissolved using acids or alkaline solutions. The dissolved metals in solution are then recovered through a process called separation-purification, wherein unwanted impurities (which dissolve together with REEs) are discarded,” recounted Resabal.

The study resulted into confirming that the REE content of their sample CFA was within the outlook coefficient value for potential economic development. Resabal proudly shared that their experiments using different acids were able to achieve an average of 50% REE recovery.

For the project team, this offers “a new area of research and development that is attractive, significant, and multidisciplinary as it covers recycling, extractive metallurgy, waste management, chemistry, materials science, and environmental remediation.”

She clarified that the parameters chosen for the study were based on “the attainable parameters of whatever available equipment at the Metallurgical Laboratory of MSU-IIT. This means that even with mild conditions and simple experimental set up, we were able to extract about 50% of REEs from CFA.”

Resabal’s team are now working on a full-blown research proposal for the next phase of the project to further explore the extraction parameters in improving the recovery of REEs.

“We will be investigating as well methods to separate and then purify the solutions containing REEs. We are also looking at generating REE precipitates as an intermediate product prior to refining. Another stream of the CFA project is to study the potential of using the residue (remaining solids after dissolving the REEs) for environmental applications, such as removal of heavy metals from wastewater,” Resabal added.

 

 

In an effort to enable Local Government Units (LGUs) to deliver more efficient and accessible services to their respective communities, the Department of Science and Technology - Philippine Council for Industry, Energy and Emerging Technology Research and Development (DOST-PCIEERD) awarded six municipal e-governance systems to the municipalities of Nabua and Bula in the hope to serve as a model for smart governance for local government offices.

DOST-PCIEERD turned over six (6) interrelated systems that shall work as a cluster of interdependent modules in the following areas:

• Legislative Management and Tracking System is an application that tracks the status, manages, and stores all communications, requests, proposed resolutions and ordinances, Sanggguniang Bayan resolutions, and ordinances.
• The e-Building Permit System is a 24/7 service that systemizes the building permit process by allowing citizens to easily track the progress of permit requests, schedule inspections, attach electronic plans and requirements, receive corrections, leave messages, and self-print certifications.
• The Real Property Assessment and Tax Management System is an application that automates real property transactions and provide onscreen public viewings of delinquent real properties for auction and the online printing of Declaration of Real Property Value (DRPV).
• The e-Business Permit and Licensing System allows for the computerization of the permit application process, assessment of taxes and fees, billing, and liquidation of collections.
• Financial accounting uses the Point of Payment System (PoPS) which acts as the central unit that accepts and manages payment transactions from fees, taxes, and charges being collected by LGUs.
• The Local ID System aims to enhance the portfolio of citizen-centric services.

 

All of these systems were developed by the Camarines Sur Polytechnic Colleges.

With the passage of the Ease of Doing Business Act, which seeks to provide simpler requirements and easier procedures for government transactions, innovations in government service tends to be more LGU-centric to promote transparency, accountability, and effectiveness in their services.

DOST-PCIEERD Executive Director Dr. Enrico C. Paringit expressed optimism on the prospects of having the system replicated to other LGUs in the country.

“We hope that other LGUs can look at the innovations that the Nabua municipal office has incorporated and see it as a model in improving their own services and processes,” he said.

Paringit said DOST-PCIEERD initiated transformation of local government services into a one-stop web portal solution by automating level operations across departments and sub-offices in consonance with the Smart City program of the Department of Science and Technology (DOST) – starting off with the municipalities of Nabua and Bula in Camarines Sur.

He said this e-governance initiative provides automated management, administration, and analytic systems for LGUs to encourage citizen participation and bring in added opportunities through open source technologies.

Paringit also urged policy makers to provide funding in LGUs to cover human resource and equipment and integrate an e-governance funding scheme into the municipalities’ annual budget plan.

“Sustaining the innovations we have started entails bankrolling these initiatives that will make sure that they are optimized to its full potential,” he said.

LGU-based solutions are important in developing smart cities as it provides a better foundation and innovation on government services and transactions that they offer to their constituents.

DOST-PCIEERD will be celebrating its 9th anniversary in June with the theme “Smart Governance: Role of Science, Technology, and Innovation,” which highlights the different technologies that the Innovation Council has funded on smart governance.