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Heroes [Solved] Filipino inventions & influence around the world.

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his Filipino Student Invented Solar Windows Made from Rotten Vegetables

Mapua University's Carvey Maigue is a finalist in the James Dyson Award 2020 for the system.

IMAGE COURTESY DYSON

 

 

Despite the pandemic, students met virtually to come up with solutions to global problems. From all these entries, only 20 were chosen to be potentially crowned as International Winner, Sustainability Winner, or International Runners-Up by the James Dyson Foundation.

Maigue's AuREUS system makes use of crop waste to absorb stray UV light from the sun and converts it to electricity.

The system is used for windows and walls for buildings. AuREUS devices use the same technology derived from the phenomena that creates the Northern lights. High energy particles are absorbed by luminescent particles that re-remit them as visible light.

 
PHOTO BY COURTESY DYSON.
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Similar types of particles that are derived from fruit and vegetables were suspended in a resin substrate. When hit by sunlight, the particles absorb and emit visible light along the edges. When this light is captured, it can be converted to electricity.

Each of the 20 finalists was reviewed by James Dyson himself, who will declare the winner. The winner of the international prize will be announced on November 19. 

"This year has brought massive challenges and if one thing is certain, our top 20 inventors have shown that young minds and unfiltered curiosity need a seat at the table," says Dyson global director of sustainability Tom Crawford. "There is always a need to solve problems and the number and breadth of this year’s entries show that the future of invention is bright."

This Filipino Student Invented Solar Windows Made from Rotten Vegetables (esquiremag.ph)

 

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A cooler world: Bicolana teen invents green airconditioner

AUG 18, 2018 7:30 PM PHT

RHAYDZ B. BARCIA
A cooler world: Bicolana teen invents green airconditioner
Maria Yzabell Angel Palma has reaped awards and recognition at home and abroad for her eco-friendly AirDisc
 

 

LEGAZPI CITY, Philippines – Bicolana teenager Maria Yzabell Angel V. Palma spent two years developing what she hoped would be her contribution to a cooler world: the AirDisc, an airconditioner that doesn’t use ozone-depleting coolants.

Palma, 19, is the youngest of 6 daughters of Naga-based food entrepreneur Bernardo Palma. She will take up mechanical engineering at the De La Salle University in Taft this coming school year.

Palma discovered her AirDisc technology by chance, while working on an eco-friendly oven for a research subject when she was a grade 10 student at the Philippine Science High School (PSHS) Bicol campus.  She started working on the AirDisc for a school project when she was in grade 11.

Palma completed the prototype that year, and the end product when she was in grade 12. Palma’s AirDisc uses low compression and high-volume air molecules to generate cool air in place hydroflourocarbons (HFCs) that contribute to climate change.

“Widely used refrigerants are considered as super greenhouse gases since one kilogram of it is roughly as much as 20,000 kilograms of carbon dioxide when global warming potential is taken into account,”  she said.

The teenager said airconditioners in the market are based on closed system air conditioning technology that requires a lot of costly power consumption, and also high maintenance expenses. In comparison, the AirDisc has low electricity consumption of 150 watts.

Next step

To protect her invention, Palma, through the help of her father, filed patent applications in the Philippines and in the United States Patent and Trademarks Office (USPTO).

Science Secretary Fortunato dela Peña, who was in Bicol recently, said his department will help with Palma’s patent application.

The next step, of course, is the commercial production of the AirDisc. There are 4 to 5 local firms that have expressed  interest in Palma’s invention for commercial development but she declined to identify them. The unit will be sold from P25,000 to P40,000, but once there is more demand, the selling price would go down.

“The prototype is now ready for commercial and manufacturing but we’re still open for a joint venture,” Palma said.

Recognition

Palma has reaped awards and recognition at home and abroad for her AirDisc.

The International Federation of Inventors’ Association (IFIA). recognized the AirDisc, which also won gold medals from the International Intellectual Property Invention, Innovation and Technology Exposition Thailand 2018, World Inventors Contest 2017 in South Korea, and the International Invention Innovation Competition 2017 in Canada.

She also received international innovation awards in Malaysia, Poland, China, Thailand, Indonesia, and Romania, and the International Leadership Award from World Invention Intellectual Property Associations (WIIPA and the Best Invention Award from WIIPA.

At home, she received the DOST Youth Excellence in Science Award 2018 and is a 2018 Jesse M. Robredo Youth Awardee. – Rappler.com

A cooler world: Bicolana teen invents green airconditioner (rappler.com)

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She Invented Banana Ketchup & Saved Thousands of Lives. Why Have We Never Heard of Her?

The legendary story of María Orosa, the Philippines' greatest war hero.

March 16, 2022
María Orosa 2x" />
PHOTO BY MANILLA BULLETIN

I’ve seen the look on my friends’ faces when the words banana ketchup are uttered. Confusion, maybe even disgust. How can two things with such different flavor profiles exist in one product? Despite its seeming incongruity, banana ketchup is a pantry staple that rings nostalgic to many Filipinos all over the world.

Magdalo V. Francisco, Sr. is credited with mass-producing banana ketchup in 1942, thus making it a fixture in the Filipino household. To this day it’s used as a condiment that accompanies many popular dishes such as tortang talong (an eggplant omelet), fried chicken, hamburgers, and Filipino spaghetti (pasta with banana ketchup and sliced hot dogs).

You can even find some refined versions of banana ketchup in modern Filipino cuisine. At Toyo Eatery in Manila, Jordy Navarra makes a “Banana Catsup” using fermented bananas, banana peel vinegar, banana blossom, tomatoes, and spices. True to tradition, he also serves his alongside tortang talong.

 

Her name? Maria Orosa.

As Chef Navarra says, “Growing up in Manila, we always knew the name of Maria Orosa as a pretty famous and busy street. After getting into food and learning about the history of banana catsup, we stumbled upon her story.”

A food chemist and innovator, Maria saw that the Philippines was heavily reliant on imports like tomatoes. At the same time, she understood and envisioned the vast potential of a great many products endemic to the island nation that, when used properly, could make the country more self-sufficient. She was passionate about a self-sustaining Philippines and made it her life’s work to study native food, and the use of fermentation and various preserving techniques to educate and uplift people in need. She would eventually become a war heroine through her food innovations.

One day, she created a banana sauce with mashed bananas, vinegars, and spices. The brownish-yellow color was not very appetizing, so a little red dye was added, turning it to what is today known as banana ketchup. But her story is far vaster than her most popular invention.

Maria moved to the United States at the age of 23 (some accounts say she was a stowaway). She was a government-sponsored scholar at the University of Washington in Seattle. There, she earned a bachelors and a masters degree in pharmaceutical chemistry, as well as one in food chemistry. During her education, Maria would spend her summer breaks working in the Alaskan canneries.

In the end, she earned a position as an assistant chemist for the state of Washington, but instead chose to return to the Philippines in 1922. Upon her return, she taught home economics at Centro Escolar University and would later transfer to the Bureau of Science organizing the food preservation division.

A humanitarian at heart, Maria had a vision of empowering the Filipino family. She launched Health, Heart, Head and Hand (4-H) Clubs. This organization brought herself and other educators into rural areas and barrios to teach women how to raise poultry and preserve food, as well as how to prepare and plan meals. By 1924, the organization had over 22,000 members. Part of her initiative was to introduce one of her inventions, the palayok oven—a clay oven intended for people who did not have access to electrical appliances.

 
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She used her background in food chemistry to run experiments in fermenting, dehydrating, and preserving native plants and animals. The innovations that emerged are said to still be used in laboratories today. The ultimate goal? Make the Philippines more self-sufficient and sustaining.

Local fruits like tamarind, santol, and calamansi provided her with foundations to make wine, jams, and jellies. Cassava and green banana flour would replace the need for wheat. Coconuts would yield vinegars; she was the first to preserve macapuno, a jelly-like product of coconut that is used in Southeast Asia to this day. She was also the first to freeze mangos, enabling distributors to send the famous Filipino fruit throughout the world.

The Bureau of Science recognized her efforts and promoted Maria to head of the Home Economics Division and the Division of Food Preservation. Her work with the bureau would send her all over the world to research canning and preserving technologies.

She was passionate about a self-sustaining Philippines and made it her life’s work to study native food, and the use of fermentation and various preserving techniques to educate and uplift people in need.

Some of Maria’s most known contributions to the food world came during World War II. She was beloved within Filipino households for her banana ketchup, but became a war hero for her two other inventions: Soyalac and Darak. Soyalac is a protein-rich, highly nutritious powdered soybean product. Darak is a rice by-product that is high in B vitamins, thiamine, and vitamins A, D, and E (intended to fight the vitamin B deficiency disease, beriberi).

During World War II, Maria was a captain in Marking’s Guerrillas, a group of Filipinx soldiers who fought alongside the United States against the Japanese. Legend says that she devised a system for smuggling Soyalac and Darak in bamboo into Japanese-run concentration camps. These internment camps, which housed mostly Guerrillero and American prisoners of war, were known for poor sanitation and lack of food. Many would perish as a result of malnutrition. Freedom fighters disguised as carpenters would deliver Maria’s “magic food,” saving countless POWs and civilians.

 

Despite pleas from her family and colleagues to leave Manila during the war, she stayed until she was killed by shrapnel from fratricide in 1945.

Maria Orosa was a scientist, an activist, a humanitarian, and a war hero who loved her country and dedicated her life to uplifting the Philippines through food innovation. Many of her recipes and experiments were compiled by her niece, Helen Orosa del Rosario, in a posthumous book called Maria Orosa: Her life and Work. The book contains over 700 recipes, some of them unedited since Maria wrote them.

Banana ketchup, while probably the most beloved of Maria’s creations, is just a small part of her great and many contributions to food history. Her creations were intended to bring forth self-sufficiency and empowerment for her nation—and yet, in this day and age, it’s hard not to see that Maria symbolizes so much more.

As Chef Navarra says, “It’s amazing that she basically is the Filipina food hero. Ingenuity in a time of need which I think captures the Filipino spirit.”

How To Make Banana Ketchup

Instead of making banana bread with a bunch of mashed bananas, you can make banana ketchup just like Orosa. According to Serious Eats, start by sautéing a chopped small onion, a couple of cloves of minced garlic, a finely chopped jalapeño pepper, freshly grated ginger, ground turmeric, and ground allspice in a medium saucepan until everything is fragrant. 

 

To the mix, add 4 mashed bananas, white vinegar, honey, rum, tomato paste, soy sauce, and salt; bring everything to a simmer. Reduce the heat to low, cover the saucepan, and cook for an additional 15 minutes, stirring often. Remove the pot from the heat and let it cool for 10 minutes. Once cool, transfer the mixture to a food processor or blender and mix until it is super smooth and forms a ketchup-like consistency. If it’s too thick, add a little bit of water to thin it out, and add more salt as needed to taste.

Once you’re happy with the consistency and flavor, transfer the ketchup to an airtight container or mason jar and store it in the refrigerator for up to 2 weeks.

What is Banana Ketchup & Who Is Its Inventor, María Orosa? (food52.com)

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A Filipino designed the revolutionary material using luminescent particles from fruit and vegetable waste and converting them into electricity.

"Solar panels that don’t require direct sunlight have been invented in another leap forwards for clean energy.

A Filipino engineering student designed the revolutionary material using luminescent particles from fruit and vegetable waste.

Carvey Ehren Maigue, 29, won the James Dyson Foundation Sustainability Award in 2020 for the panels he constructed at Mapua University in the Philippines.

As they do inside crops, these particles absorb the sun’s ultraviolet rays and turn them into visible light. The panels are then able to convert this harvested light into electricity."

 

Full article:  https://www.euronews.com/green/2022/02/19/solar-panels-built-from-waste-crops-can-make-energy-without-direct-light

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Solar panels built from waste crops can make energy without direct light

 

The material could be applied to entire buildings such as the Montreal Convention Centre.

The material could be applied to entire buildings such as the Montreal Convention Centre.   -   Copyright  The James Dyson Foundation
 
By Lottie Limb 26/02/2022
 

Solar panels that don’t require direct sunlight have been invented in another leap forwards for clean energy.

A Filipino engineering student designed the revolutionary material using luminescent particles from fruit and vegetable waste.

Carvey Ehren Maigue, 29, won the James Dyson Foundation Sustainability Award in 2020 for the panels he constructed at Mapua University in the Philippines.

 
The James Dyson Foundation
Maigue said he was inspired by Elon Musk and how he "he blazed a trail for his solution to reach the market."The James Dyson Foundation

Ultraviolet rays still reach us on cloudy days, meaning there is huge potential to scale the technology up in urban areas - as well as in other places that a conventional solar panel wouldn’t sit.

 

Inspired by auroras and called AuREUS, the particles are placed in a resin surface which can be moulded into different shapes.

The new solar material could even be fitted to our clothes

Discussing his invention in 2020, Maigue said he wanted to bring the product to the market immediately while also investing in further research.

 

“I want to create threads and fabric so that even your clothes would be able to harvest ultraviolet light and convert it into electricity.”

The prototype was a three-by-two foot panel installed in a window of Maigue’s apartment, capable of generating enough electricity to charge two phones each day. But he has ambitions to clad whole buildings in AuREUS, turning them into vertical solar farms.

Despite not facing the sun, skyscrapers with this exterior could absorb UV that bounces off walls, pavements and other buildings.

“We are also looking to create curved plates, for use on electric cars, aeroplanes and even boats,” he told the Foundation.

The electrical engineering student added that he wanted to democratise his new product. “AuREUS has the chance to bring solar energy capture closer to people,” he said.

“In the same way computers were only used by the government or the military and now the same technology is in our smartphones, I want solar energy harvesting to be more accessible.”

How ‘upcycling’ lost crops creates colourful clean energy

The new technology has strong sustainability credentials from start to finish.

“We upcycle the crops of the farmers that were hit by natural disasters, such as typhoons, which also happen to be an effect of climate change,” explains Maigue.

Of 78 types of local crops tested, nine showed high potential. These are crushed, juiced and filtered to extract the luminescent particles, which are then suspended in resin.

The James Dyson Foundation
AuREUS upcycles fruit and vegetable scraps.The James Dyson Foundation

 

The resulting material can be moulded into cladding and clamped to walls, or sandwiched between two panes of double glazed window to start generating renewable energy for the building.

It does this by reflecting the converted light to the edges of the panel, where strings of regular photovoltaic (PV) cells are waiting to capture and convert it into electricity.

One area for improvement is moving from 80 per cent fruit and vegetable sources to 100 per cent, skipping chemical ones completely. Among the five colours used - red, orange, yellow, green and blue - a natural alternative for the blue dye has yet to be found.

Solar panels built from waste crops can make energy without direct light | Euronews

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