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According to Bloomberg, Saudi officials project the Line will cost around $100-$200 billion of the $500 billion planned to be spent on Neom and will have a population of 1 million with 380,000 jobs by the year 2030. It will have one of the biggest airports in the world for some reason, which seems like a strange addition to a supposedly climate-friendly city.

The site also makes numerous hand wavy and vaguely menacing claims, including that “all businesses and communities” will have “over 90%” of their data processed by AI and robots:

Don’t pay attention to Saudi war crimes in Yemen, the prince’s brutal crackdowns on dissent, the hit squad that tortured journalist Jamal Khashoggi to death, and the other habitual human rights abuses that allow the Saudi monarchy to remain in power. Also, ignore that obstacles facing Neom include budgetary constraints, the forced eviction of tens of thousands of existing residents such as the Huwaitat tribe, coronavirus and oil shock, investor flight over human rights concerns, and the lingering questions of whether the whole project is a distraction from pressing domestic issues and/or a mirage conjured up by consulting firms pandering to the crown prince’s ego and hungry for lucrative fees. Nevermind you that there are numerous ways we could ensure the cities people already live in are prepared for climate change rather than blowing billions of dollars on a vanity project.

According to the experts, over 40 tons of oil was leaked from the leaking tanker, though this has not been confirmed by the local authorities

PAX has observed leaks from two ships, including a large spill on July 5,2022 from the PEARL OF ATHENA that continued for 18 days until July 23. Oil slicks have washed ashore, polluting the coastal environment, and could pose a long-term risk to the marine environment in and around the bay of Aden, which could pose particular threats to the livelihoods of fishing communities. Hydrocarbons from crude oil and refined products contain toxic heavy metals such as lead, zinc, cadmium and mercury that can accumulate around coastal soils and sediments, be ingested by marine organisms such as fish, affect marine birds and mammals and impact marine ecosystems.

Large spills such as this one are also likely to hold up the arrival of ships that need to offload humanitarian goods in the container terminal. This is because ships are not able to go into the port until such slicks are removed to prevent further dispersal of the oil by the movement of incoming ships.  

The ongoing war in Yemen continues to stress local authorities’ capacities to address both the issues with dilapidated oil tankers and set up a proper environmental monitoring and enforcement mechanism for ships arriving in the Port of Aden

A damage assessment conducted by the UN Development Programme (UNDP) in 2021 found that at over 20 million USD was needed for reparations at the container terminal alone. The report, also stated that:  “Health, safety, and environmental awareness in the Port is currently unacceptable. The Port contains large areas of conflict-damaged debris, damaged and unusable equipment, and equipment and materials being stored for future use.”  

The arrival of ballast water on ships trading to ports in the Red Sea and Gulf of Aden (..) has the potential to do more harm to the marine environment than a major oil pollution incident. (..) Dumping of hazardous materials at sea in waters close to the Gulf of Aden has the potential to carry serious pollution hazards into the region.”   

the international community has failed to pick up the bill to effectively prevent a major environmental disaster with the FSO SAFER, despite the UN starting a public campaign to raise $20 million dollar to prevent a serious disaster posed by the tanker. Meanwhile, western countries continue to allow for billions in weapons sales to the countries bombing Yemen.  

The remaining tankers in the Port of Aden continue to pose a risk of sinking, which would likely lead to further environmental pollution with effects on coastal areas. This would particularly impact fishing communities and surrounding ecosystems

the U.S. hasn’t fully absorbed the importance of virtual water, but China and India, where drought and population pressures are more extreme, recognize the crucial relationship of water to GDP growth. As of last October, 80 Indian companies had spent $2.4 billion buying East African land in areas where water is abundant to grow and export water-hungry crops. China has also been actively buying land, and has reportedly considered buying rice (a pound contains 650 gallons of virtual water) from the U.S. Virtual water has created an unnoticed trade flow from water-rich countries to the water poor. In world terms, the U.S. is an enormous exporter of water

in places where water is abundant it has no price and where it’s scarce, it’s very expensive

A state like Pennsylvania, with abundant water and lots of nearby natural gas will become reindustrialized as companies from around the world relocate. “The chemical industry is repatriating to the U.S. for the abundance of water and cheap energy. We’ve got enough water for 5 to 20 years.” Cheap labor in places like China is becoming a nonissue, Brennan says, while companies chase the chance to have access to resources again. What he describes—a new life for once-abandoned, resource-rich places like Bellingham, Washington—sounds like the Industrial Revolution all over again. In fact, a similar shift occurred after the 1973 energy crisis, when many manufacturers relocated from the Northeast to the South, where they could spend less on energy and (in some cases) labor.

Environmentalists’ efforts to limit the damage from extracting resources in the U.S. during the last 30 years have been enabled by globalization, which allowed U.S. consumers to buy cheaper resources abroad. But when the U.S. has some of the world’s cheapest water, how will we protect it as a natural resource?

For the “creative classes” on the coasts, the idea that parts of the U.S. economy are living on resources (rather than their wits), may seem a bit “third world,” or at least a step backwards from the service-and-brains paradigm the country has embraced over the last two decades. The paradox is that in order to get business to treat water well, we may need to put a price on water—an idea that runs counter to our American sentiment that water should be free.

the Desertec Foundation, in cooperation with the Tunisian National Advisory Council for Scientific Research and Technology, has launched an initiative to enhance scientific cooperation. Eighteen universities and research facilities in North Africa, the Middle East, and Europe will collaborate through this network to promote the transfer of knowledge and expertise between the member institutions

"Azzam is fighting a courageous battle, but he needs help," says Richardson. The United States has canceled its financial support for the project, and now most of its funding and scientific advice comes from Italy. Richardson estimates that no more than 30 to 40 percent of the former marshland can be transformed into a functioning ecosystem in the long term. But even that would represent an enormous improvement, not just for nature but also for Iraq's future.

Alwash and his collaborators are developing a plan for the country's first national park: a protected zone of about 1,000 square kilometers (386 square miles) where the water supply will be regulated with a large number of floodgates. "We are in the process of drafting guidelines for nature reserves," says Giorgio Galli of Studio Galli Ingegneria Spa, an engineering firm in Padua, Italy. "This sort of thing has not existed in Iraq until now." The scientists hope that if the project materializes, it could be declared a UNESCO World Heritage site.

it is far from certain that the water will remain in the marshes. Turkey, where the Tigris and the Euphrates originate, is building dams and gradually reducing the flow of water southward. There are no agreements between the two countries over joint use of the rivers. And Turkey is only one of three countries, along with China and Burundi, that have not signed the 1997 U.N. Convention on the Law of the Non-Navigational Uses of International Watercourses. Much would be gained if Iraq's farmers would learn to be economical with their use of water. They are not familiar with the principle of drip irrigation. Instead, they still flood their fields, a method that was practiced in times when there was a surplus of water. There are also other ways to save water. Iraq treats hardly any of its sewage, and recycling water is practically unheard of. As a result, the water that is being fed out of the canals and back into the marshes contains high concentrations of fertilizer, environmental toxins and pathogens. The Environment Ministry and Nature Iraq are jointly monitoring the situation to gauge the effects on the ecosystem and the health of human beings and animals.

Can conservation even function in a country like this?

"The oil companies can't wait to start drilling for oil in the marshes," he says. "And when that gets going, without regulations, research and monitoring, you can forget about the marshes once and for all."

the US Iraqi doesn't share his German colleague's pessimism. In fact, he sees the oil boom as an opportunity. "Maybe we can create incentives for the oil companies to contribute to the establishment of a nature reserve in return," says Alwash.

"The first people to come will be the ornithologists," Alwash continues. "Then the people who are interested in archaeology, in the ancient cities of Ur and Uruk. And then the eco-tourists.

Activists also call into question the feasibility of the cooling scheme, pointing out that the 35 million cubic metres (mcm) from Khirbet Al Samra will come in the form of grey water, which is rarely used in reactor cooling. “It seems that everyone knows that a nuclear reactor must be near a lake or an ocean except us,” said Tareq Owaidat of the Mafraq Popular Youth Movement, part of the Irhamouna coalition.

“They blew up the gas pipeline in Egypt; is it really that difficult for someone on a donkey to take out a pipe from Khirbet Al Samra?”

The Bani Hassan tribe, which accounts for the majority of Mafraq residents, has a solution of their own: Place the nuclear reactor by Tuba in the arid plains of the Central Badia near the Jordanian-Saudi border, where residents are sparse and nomadic. The tribe even has a solution for water to cool the plant: draw water from the Disi Water Conveyance Project, which is to run from the southern desert to the capital, and extend it out into the desert. Energy officials dismiss the proposal. The 35mcm of water required to cool the plant would take a sizeable amount of the 110mcm generated by the water mega-project, they say, while the cost of transporting the water some 90 kilometres into the desert would be “astronomical”.

Activists contend that local residents lack the education and expertise to take advantage of job opportunities at the future nuclear power plant. “We have doctors, lawyers, electric engineers,” said Ahmed Mashagbeh. “We don’t have nuclear engineers in Mafraq.”

Ahmed Shaqran, Irbid lawmaker and Lower House Environment Committee member, alleged that the ministry is overlooking renewable energy in its “blind pursuit” of atomic energy. “We have such abundant resources in wind and sun, we have to ask ourselves: What if we spend $5 billion on solar energy instead?” Shaqran said.

ministry highlights the immaturity of renewable energy technology

According to Toukan, the ministry is set to launch its own information campaign later this year to dispel rumours and misinformation surrounding the nuclear programme, with a series of awareness sessions which are to culminate with a visit by IAEA chief Yukiya Amano to Amman