Nearly 3.16 million held for residency, labor, border violations across KSA

Immediate penalties were imposed against 461,749 offenders. (SPA)
Updated 20 May 2019

Nearly 3.16 million held for residency, labor, border violations across KSA

  • The total number of violators being subjected to procedures is 12,741, including 11,103 men and 1,638 women

RIYADH: Nearly 3.16 million violators of residency, work and border security systems have been arrested in a year-long roundup, according to an official report.
Since the campaign began in November 2017, there have been 3,159,388 offenders, including 2,461,868 for violating residency regulations, 487,670 for labor violations and 209,850 for border violations, the Saudi Press Agency (SPA) reported.
The report said that 53,042 people were arrested while trying to cross the border into the Kingdom, 49 percent of whom were Yemeni citizens, 48 percent were Ethiopians and 3 percent were of other nationalities.
2,249 people were arrested for trying to cross the border into neighboring countries and 3,823 were arrested for involvement in transporting and harboring those violators. 1,299 Saudi citizens were arrested for harboring the violators against local laws, of which 35 are being detained, pending the completion of procedures.
The total number of violators being subjected to procedures is 12,741, including 11,103 men and 1,638 women.
Immediate penalties were imposed against 461,749 offenders; 422,442 were transferred to their respective diplomatic missions to obtain travel documents; 534,278 were transferred to complete their travel reservations; and 793,014 were deported.


Startup of the Week: A Saudi Eco-friendly food waste startup brings value-added benefits

KAUST has been highly supportive of Carbon CPU, both technically and financially. (Supplied)
Updated 21 January 2020

Startup of the Week: A Saudi Eco-friendly food waste startup brings value-added benefits

  • Aldrees: “Over 90 percent of food waste in Saudi Arabia is dumped into landfills”
  • Carbon CPU’s technology uses a specially developed, eco-friendly reactor to help convert food waste into fatty acids

Carbon CPU is a biotechnology startup specializing in turning food waste into fatty acids for use as livestock nutrients.

Launched through the post-graduate startup accelerator program (TAQADAM) of King Abdullah University of Science and Technology (KAUST), the venture was co-founded by Bin Bian, Jiajie Xu, Yara Aldrees, Sara Al-Eid and Prof. Pascal Saikaly.

The idea behind the enterprise began to take shape in 2018. Al-Eid said: “Our aim was to recycle food waste into value-added products in a manner that matched the Saudi Vision 2030 strategy.”

Similar to most countries, Saudi Arabia has a food waste problem, but Carbon CPU thought of utilizing it in a way that caused less harm to the environment and also benefitted the animal feed industry.

“Over 90 percent of food waste in Saudi Arabia is dumped into landfills,” said Aldrees. “This produces a lot of gas, including methane, carbon dioxide, hydrogen sulfide and cycloaromatics, and contributes to global warming and air pollution.”

Water and soil were also being contaminated through leachate production, she added. “We’re trying to solve those issues, too.”

 

The team found that animal farms often struggled to provide enough feed nutrients for livestock such as cows and sheep. Al-Eid said there was a huge shortage of fatty acids, which are used as livestock nutrients and were in high demand from farmers.

“We’re trying to help animals live longer and be more nutritious,” she added.

Carbon CPU’s technology uses a specially developed, eco-friendly reactor to help convert food waste into fatty acids.

“We produce fatty acids from the food waste, extracting them through a liquid-liquid extraction system. The fatty acid oils are then used to help animal feed, as well as the feed and chemical industries,” said Xu.

KAUST has been highly supportive of Carbon CPU, both technically and financially, added Bian. “KAUST, especially the Environmental Biotechnology Lab led by Prof Pascal Saikaly, provided us with the facilities to set up our reactors. The KAUST Innovation and Economic Development department and the Entrepreneurship Center also gave us a lot of guidance on how to push our technology into the market.”

The startup initially faced many challenges that KAUST helped to resolve. As individuals coming from backgrounds mainly in engineering and science, the team lacked the know-how in business that its project needed.

“KAUST made up for our lack of business thinking through training on how to solve business issues and create business modules and find the right customers for our product,” said Bian.