End of the Road? Philippine Jeepneys Face Uncertain Future 

In this photo taken on April 5, 2024, jeepneys commute along a street in Manila. (AFP)
In this photo taken on April 5, 2024, jeepneys commute along a street in Manila. (AFP)
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End of the Road? Philippine Jeepneys Face Uncertain Future 

In this photo taken on April 5, 2024, jeepneys commute along a street in Manila. (AFP)
In this photo taken on April 5, 2024, jeepneys commute along a street in Manila. (AFP)

The first jeepneys rolled onto the streets of the Philippines just after World War II -- noisy, smoke-belching vehicles initially made from leftover US Jeeps that became a national symbol.

Seven decades later, the colorfully decorated vehicles face an existential threat from a plan to replace them with modern mini-buses.

Easy to fix and cheap to ride, the vehicles grew in size and length to become the backbone of the country's transport system, carrying passengers, goods and even visiting popes.

But the government's plan to phase out jeepneys in an effort to modernize the country's chaotic public transport network has put the future of the iconic vehicles in doubt.

"It was a heavy blow," Leonard Sarao, operations supervisor of jeepney maker Sarao Motors, told AFP.

Sarao Motors was one of the first companies to produce jeepneys after founder Leonardo Sarao Sr gave up driving horse-drawn buggies to make motorized public transport in the early 1950s.

Production at the family-owned company's sprawling facility in the capital Manila peaked in the 1970s and 1980s, with workers making 50 to 60 jeepneys per month.

Demand began to fall over the following decades as other transport options became available. By 2014, Sarao Motors was producing as few as 10 jeepneys per month.

But it was the government's launch of the jeepney phase-out program in 2017 that slammed the brakes on production.

The now drastically downsized workforce produces one jeepney every four to six months, said Sarao, the grandson of Sarao Sr.

"We've had customers that have been around since the '50s, so they've been purchasing jeepneys, making their fleet bigger," said Sarao, 31.

"With this new program there have been a lot of doubts or fears that if they purchase a brand new jeepney will they still be able to use it a couple of years down the road?"

'We can't afford the price'

While Sarao Motors can produce modern jeepneys that meet the government's environmental and safety specifications, they are "three to four times the price of a traditional jeepney", Sarao said.

In the seven years since the phase-out program was launched there have been multiple delays in its implementation due to protests and Covid-19.

Operators now have until April 30 to join a cooperative and then gradually replace their fleet with modern vehicles that are safer, more comfortable and less polluting.

Cooperatives will be able to access bank financing and receive a government subsidy for each vehicle to ease the financial burden of the transition.

But drivers opposed to the plan argue that buying a new vehicle will bury them in debt and they will not be able to earn enough money to repay their loans and make a living.

"It's difficult for us to get a modern jeepney... we can't afford the price," said Julio Dimaunahan, 57, who operates a jeepney in Manila and has joined a cooperative.

"Even now our pockets are hurting because of the little profits we get as operators," he said pointing to increased competition from motorbike-hailing services.

Jeepney operator Flocerfida Majadas, 62, said she was worried about the future of her drivers if she were to go broke.

"Our concern is that we may not be able to pay our liabilities," Majadas said, referring to bank loans.

"If we're not able to pay, the bank will repossess the modern jeepneys. If the bank repossesses them what will happen to our staff?"

Cheap and easy to fix

While jeepneys now vie with buses, vans and motorbikes for passengers, they are still a common sight and sound in the archipelago nation.

Often brightly painted and with an exhaust that sounds like a trumpet, jeepneys cost passengers as little as 13 pesos (23 cents) to ride and their second-hand diesel truck engines are easy to fix.

"Once a customer buys a jeepney from us any mechanic in the provinces or the far-flung regions can fix it," Sarao said.

But the modern mini-buses the government would like to replace them with are more high-tech, with European emission standard engines or electric motors, WiFi, CCTV and air-conditioning.

"If it breaks down, where will we get the money to fix it?" asked Dimaunahan.

Sarao said his family's company could not compete with the capacity of overseas manufacturers to mass produce vehicles.

But he said jeepneys made by Sarao Motors were cheaper than the imported mini-buses and higher quality.

"The way we do things here is everything is hand-made so at least we do quality control of these units to make sure the panels don't fall off, the welds are completed," he said.

"When you speed things up that's where things can go wrong."

'Spirit of the jeepney'

Teodoro Caparino, who has been driving a jeepney for 35 years, hopes the government will decide to fix existing jeepneys rather than replace them with "Chinese-made vehicles".

"Our families will starve if we do not get to drive our jeepneys... all we know is driving," Caparino, 60, said.

While the jeepney in its current form might be nearing the end of the road, Sarao said he hoped the "essence" of the vehicle would survive.

"It may look bigger, it may look wider and longer, but as long as the essence of how it's supposed to look like or the spirit of the jeepney is still there, I still think it's going to be the jeepney."



'Breathtaking': Artemis Astronauts Blast towards Moon

This image taken from video provided by NASA shows the Earth, left, from NASA's Orion spacecraft as it fired its engines heading toward the moon Thursday, April 2, 2026. (NASA via AP)
This image taken from video provided by NASA shows the Earth, left, from NASA's Orion spacecraft as it fired its engines heading toward the moon Thursday, April 2, 2026. (NASA via AP)
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'Breathtaking': Artemis Astronauts Blast towards Moon

This image taken from video provided by NASA shows the Earth, left, from NASA's Orion spacecraft as it fired its engines heading toward the moon Thursday, April 2, 2026. (NASA via AP)
This image taken from video provided by NASA shows the Earth, left, from NASA's Orion spacecraft as it fired its engines heading toward the moon Thursday, April 2, 2026. (NASA via AP)

Four Artemis astronauts were zooming towards the Moon late Thursday after a major engine firing, a milestone that commits NASA to the first crewed lunar flyby in more than half a century.

With enough thrust to accelerate a stationary car to highway driving speed in less than three seconds, the Orion capsule engine blasted the astronauts on their trajectory towards the Moon, which they now will loop as part of the 10-day Artemis 2 mission, reported AFP.

In the moments that followed what the US space agency dubbed a "flawless" firing that lasted just under six minutes, astronaut Jeremy Hansen said that "humanity has once again shown what we are capable of."

The astronauts said they were "glued to the window" taking pictures, and later passed a floating microphone back and forth as they took questions from US television networks.

They said the spacecraft was a little chilly and they were still making it a home, but the crew was all smiles.

"There's nothing that prepares you for the breathtaking aspect of seeing your home planet both lit up bright as day, and also the Moon glow on it at night with the beautiful beam of the sunset," said Christina Koch.

Thursday's nudge came one day after the enormous orange-and-white Space Launch System (SLS) rocket carrying the Orion capsule launched from Kennedy Space Center in Florida for the long-anticipated journey around the Moon.

The astronauts are now on a "free-return" trajectory, which uses the Moon's gravity to slingshot around it before heading back towards Earth without propulsion.

"From this point forward, the laws of orbital mechanics are going to carry our crew to the Moon, around the far side and back to Earth," NASA official Lori Glaze said.

The astronauts are wearing suits that also serve as "survival systems" -- in the unlikely case of a cabin depressurization or leak, they'll maintain oxygen, temperature controls and the correct pressure for up to six days.

The astronauts -- Americans Reid Wiseman, Victor Glover and Koch along with Canadian Hansen -- spent their first hours in space performing checks and troubleshooting minor problems on the spacecraft that has never carried humans before, including a communications issue and a malfunctioning toilet.

Queried on the toilet situation, Koch said she was "proud to call myself the space plumber.

"I like to say that it is probably the most important piece of equipment on board," she said. "So we were all breathing a sigh of relief when it turned out to be just fine."

- 'Herculean' -

Crewmembers also had their first workouts of the mission on the spacecraft's "flywheel exercise device" -- each astronaut will carve out 30 minutes a day for fitness, a bid to minimize the muscle and bone loss that happens without gravity.

The 10-day mission is aimed at paving the way for a Moon landing in 2028.

Artemis 2 marks a series of historic accomplishments: sending the first person of color, the first woman and the first non-American on a lunar mission.

If all proceeds smoothly, the astronauts could also set a record by venturing farther from Earth than any human before.

"There is nothing normal about this," said Wiseman. "Sending four humans 250,000 miles away is a Herculean effort, and we are now just realizing the gravity of that."

The Artemis 2 mission is part of a longer-term plan to repeatedly return to the Moon, with the goal of establishing a permanent base that will offer a platform for further exploration.

The current era of American lunar investment has frequently been portrayed as an effort to compete with China, which aims to land humans on the Moon by 2030.

Asked about division closer to home and what message they had for Americans, Glover said from his vantage point, "You look amazing. You look beautiful."

"From up here, you also look like one thing," he added. "We're all one people."


Trump Ballroom Approved by Panel, Remains Stalled by Judge

Donald Trump has cited the need for the ballroom to host state dinners for visiting dignitaries. Mandel NGAN / AFP/File
Donald Trump has cited the need for the ballroom to host state dinners for visiting dignitaries. Mandel NGAN / AFP/File
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Trump Ballroom Approved by Panel, Remains Stalled by Judge

Donald Trump has cited the need for the ballroom to host state dinners for visiting dignitaries. Mandel NGAN / AFP/File
Donald Trump has cited the need for the ballroom to host state dinners for visiting dignitaries. Mandel NGAN / AFP/File

US President Donald Trump's White House ballroom won final planning approval on Thursday, but construction remains in limbo following a court order that he needs congressional approval.

The National Capital Planning Commission (NCPC), which has several Trump appointees on its board, greenlit the plans in an 8-1 vote, said AFP.

The project aims to construct a massive ballroom on the site of the White House's East Wing -- previously best known for housing the First Lady's offices. It was demolished in September.

Trump expressed his thanks in a post on his Truth social media platform, saying, "when completed, it will be the greatest and most beautiful ballroom of its kind anywhere in the world."

Planning approval does not, however, mean construction can go ahead unchecked.

On Tuesday, a federal judge ordered a halt to construction, saying Trump needed congressional approval. The president is "steward" of the White House, Judge Richard Leon wrote. "He is not, however, the owner!"

Will Scharf, the commission's chairman and a political ally of Trump, addressed the lawsuit before the vote, saying, "That order really does not impact our action here today.

"From my perspective, we have a project before us. We've been asked to review it, and that's really our job here today."

He noted that Judge Leon had placed a two-week delay on his stop-work order to allow the Trump administration to appeal.

The ballroom has become a passion project for Trump during his second term: the president often discusses the plan in public appearances, press conferences and meetings.

Trump has repeatedly said that a large ballroom is needed to host, among other key events, state dinners for visiting dignitaries.

"For more than 150 years, every president has dreamt about having a ballroom at the White House to accommodate people for grand parties, state visits, and even, in the modern day, inaugurations," Trump wrote on Truth. "I am honored to be the first president to finally get this much-needed project, which is on time and under budget, underway."

He has promised to meet the costs -- estimated to be upwards of $400 million -- with private donations, not tax payer money.


Waste Water to Clean Energy: Japanese Engineers Harness the Power of Osmosis

Engineers in the city of Fukuoka and their private partners have opened what is only the world's second osmotic power plant. Philip FONG / AFP
Engineers in the city of Fukuoka and their private partners have opened what is only the world's second osmotic power plant. Philip FONG / AFP
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Waste Water to Clean Energy: Japanese Engineers Harness the Power of Osmosis

Engineers in the city of Fukuoka and their private partners have opened what is only the world's second osmotic power plant. Philip FONG / AFP
Engineers in the city of Fukuoka and their private partners have opened what is only the world's second osmotic power plant. Philip FONG / AFP

A Japanese water plant is harnessing the natural process of osmosis to generate renewable energy that could one day become a common power source.

The possibility of generating power from osmosis -- when water molecules pass from a less salty solution to a more salty one -- has long been known.

But actually, generating energy from that has proved more complicated, in part due the difficulty of designing the membrane through which the molecules pass, said AFP.

Engineers in the city of Fukuoka and their private partners think they might have cracked it, and have opened what is only the world's second osmotic power plant.

It generates power from the transfer of molecules between treated sewage water and concentrated seawater, a waste product from a desalination plant in the city.

"If osmotic power generation technology advances to the point where it can be practically used with ordinary seawater... this, in turn, would represent a major contribution to efforts against global warming," said Kenji Hirokawa, manager at Sea Water Desalination Plant.

Osmosis is familiar to most people. It is the process that, for example, causes water to seep out of a cucumber or eggplant when sprinkled with salt.

Water molecules move across membranes from an area of low solution concentration to an area of higher concentrated solution.

At scale, that movement can be significant enough to turn a turbine and thereby generate electricity.

Desalination solution

Fukuoka is particularly well-placed to benefit from the technology because it has a readily available source of extremely salty water -- the brine leftover from desalination.

With no major rivers to sufficiently source its water, the city and wider Fukuoka region of 2.6 million people have relied on a major desalination plant to produce drinking water since 2005.

That left the city with large quantities of concentrated saline wastewater to deal with.

Ordinarily it is diluted and released back to the sea. Previous attempts to find alternatives, including salt making, failed to gain traction.

Then engineering firm Kyowakiden Industry approached the city about harnessing the salty wastewater for osmotic power.

"When our company rolls this out as a business, we aim to build plants roughly five to 10 times the scale of this current facility," said Tetsuro Ueyama, research and development manager at the Nagasaki-based company.

In Fukuoka's system, a generator is attached to a local desalination plant located near a sewage treatment facility.

It draws in highly saline wastewater from the desalination plant and receives treated sewage.

The two separate streams of liquid go through a number of chambers separated by semi-permeable membranes through which water molecules travel from the treated sewage toward the salty water.

That process increases the volume, pressure and speed of the saline water flow, spinning a turbine that generates electricity before the now-diluted mixture is discharged to sea.

The 700-million-yen ($4.4 million) power generation system came online last August, and once running at full capacity, it should generate up to 880,000 kilowatts annually, equivalent to the electricity consumption of 300 households.

However, it will remain devoted to supplying the power-thirsty facility, although it covers just a tiny fraction of its energy needs.

Not 'a pipe dream'

The engineers involved, however, are dreaming big.

The system will go through a five-year test to monitor its performance, including costs and maintenance, particularly for the membrane and other parts exposed to salt.

Financial details of the project have not been disclosed, but engineers admitted that for now the system's power costs "a lot more" than either fossil fuel or renewable energy.

Pumping the water into the system also uses energy itself, and scaling up osmotic power for grid-level energy production has not yet been done anywhere in the world.

Still, officials and experts believe the power source has a future, noting that unlike solar and wind, it is not dependent on weather or light.

And the current high costs are partly because the company had to build a one-of-a-kind power plant, Ueyama said.

Osmotic power has often been seen as primarily useful for estuary areas, where freshwater river flows meet the salty ocean.

But Ueyama said the technique being used in Japan could be useful for countries with large desalination facilities like Saudi Arabia and other Middle Eastern nations.

Kyowakiden is also working on technology that could generate similar power levels from less salty regular seawater.

"First we want to popularize this technology from Fukuoka to the rest of Japan. In order for us to do that, we want to further upgrade our technology to create osmotic power generation that can use ordinary ocean water to generate electricity," he said.

"We don't think this is a pipe dream."