We need to minimize the negative impact we have on the planet. However, our recent adoption of green technologies to minimize damage to the environment has already led to unexpected and often unmentioned ecological destruction. Is this just the price we have to pay? You can read part 1 here.
Note: This article originally appeared in the print edition of Return.
E-waste: China, Gear and Ghana, Agbogbloshi
In addition to reducing energy consumption and replacing fossil fuels with renewable energy, the third important environmental commandment is that we must recycle. The act of recycling, instilled in us as children and now an unconscious habit for many, is part of the virtues of green beliefs and an essential element of a ‘circular economy’. It is thought that. But recent scandals have exposed recycling’s great fraud and its empty promises.
We need to remember that these green technologies have always been viewed and sold on the assumption that they are not only technically efficient and productive, but also morally good. .
In 2018, China banned 24 types of plastic from entering the country under a policy called the “National Sword.” The entire foundation of the world’s recycling system was destroyed at once. Panic began as countries frantically searched for somewhere else to dump their trash. Then, tougher questions began to be asked about how and why developed countries produce so much plastic. It also turns out that the alternatives to China are frightening, from burning plastic in residential areas to dumping it in the ocean. Back in 2017, alarm bells should have been ringing when a research paper estimated that humans had produced around 6.3 billion tonnes of plastic since 2015, and only 9% of that was recycled. The rest was incinerated (12%) or stuffed into landfills (79%).
As a serious threat to human and animal health, plastic and associated microplastic exposure have dominated environmental headlines in recent years. However, the issue of electronic waste (e-waste) is relatively undiscussed. Electronic and digital infrastructure is often touted as being greener and more environmentally friendly among certain options. Banks often require you to view your statement online rather than printing it out on paper. But this ignores the untold damage electronic devices cause during manufacturing and especially during disposal. The complete list of chemicals and substances found in e-waste is extensive, but some of the more powerful ones include brominated flame retardants, polybrominated diphenyl ethers, polybrominated biphenyls, polychlorinated biphenyls, polychlorinated dibenzodioxins, Polyaromatic hydrocarbons, lead, chromium, cadmium, mercury, lithium, arsenic, bismuth.
The sheer volume of this waste has grown out of control. It is estimated that in 2020, 15 million tons of it were produced in China alone. Generally, e-waste can be classified into three main types: Large appliances (refrigerators, freezers, etc.), personal equipment (smartphones, tracker gadgets, televisions), IT equipment (monitors, servers, fiber optic cables, etc.). All of these are expected to increase as production costs fall for the average consumer and more countries develop their digital infrastructure.
The movement and transportation of electronic waste is, in principle, subject to regulations under the Basel Convention (in effect since 1992). But without U.S. ratification and with precious few enforcement mechanisms, the treaty has failed to prevent millions of tons of electronic waste from being shipped and dumped around the world. A place in Ghana called Agbogbloshie has received particular international attention and is listed in the top 10 most toxic places on earth.
Despite considerable hype about the illegal e-waste trade, waste dumps near central Accra pose significant health risks both to the adults and children who work there and to the greater environment along the Gulf of Guinea coast. It is a fact that there are. In particular, the open flames used to melt the plastic of copper wiring, and the subsequent manual extraction of precious metals and electronic components without safety equipment, cause horrific neurological and physical damage to workers. Similarly, in China’s Guangdong province, Guia, once a rice village, quickly established itself as the world’s electronic graveyard. In the early 2000s, he employed more than 60,000 people under the most primitive conditions to recover and extract valuable metals from electronic waste sent from all over the world.
Workers recovered gold, toner, copper and silver by burning plastic, soaking chips in baths of acid, and breathing in the dioxin-contaminated ash. Water became undrinkable and had to be brought from elsewhere, rice could no longer be grown, children were exposed to critical levels of lead, and toxic dust saturated with chromium, nickel, and zinc was deposited throughout the town. . Since 2007, the area has been the subject of state-led efforts to raise safety and health standards, but the contamination and contamination are likely to be permanent and have yet to be addressed.
One of the main motivations for bringing e-waste recycling back under national control is the growing problem of data security within e-waste. All these mobile phones, hard drives, servers, and consumer gadgets are stuffed with passwords, personal data, and even state secrets. Journalists covering Agbogblosi wandered through the informal market surrounding the dump. they found the hard drive Contains unencrypted U.S. government classified data.
A team of journalists investigating the global e-waste business also uncovered security concerns. In a Ghanaian market, they purchased a computer hard drive containing classified documents belonging to Northrop Grumman, a U.S. government contractor. … They were marked as “competitively sensitive” and covered corporate contracts with the Defense Intelligence Agency, the National Aeronautics and Space Administration, and the Transportation Security Administration.
Organized crime in Ghana, represented by Agbogblosi, regularly finds itself a treasure trove of information. buy hard drivelooking for useful data:
The students take the hard drive to Regent University in Ghana’s capital and ask computer scientist Enoch Kwesi Messiah to help them read the contents of the hard drive. Within minutes, he’s scrolling through intimate details about people’s lives and files left behind by the hard drive’s original owner. There’s also personal financial data that the original owner may not have even known was there, such as credit card numbers, account information, and records of online transactions.
“I can get your bank number, and I’ll take all your money out of your account,” Messiah says. “If someone gets your hard drive, they can get all the information about you from it, no matter where it’s hidden.”
This is especially problematic in a place like Ghana, which has been listed by the US State Department as one of the world’s top sources of cybercrime.
return of the nation
Rost-9D/Getty
I have selected the three issues discussed in these articles (polymetallic nodule mining, sand extraction, and e-waste) as good examples of the relationship between environment, technology, health, and the state. The 1990s paradigm of globalization overtaking nation-states and making them obsolete has thankfully come to an end, but some tone-deaf commentators and ideologues still cling to a “market-first” view of humanity. Some people are.
Amid the COVID-19 vacuum, the retreat of US hegemony, and the rise of China, what has come roaring back is the fundamental importance of national governance. Some countries, such as Britain, are beginning to realize how their power is waning. Some countries, like China, confidently assert their power. Control of national territory, especially the oceans. Enforcement of national treaties. The ability to close borders to the flow of goods. Developing safety protocols and infrastructure for recycling critical technologies (e.g. batteries). The protection of ecological assets and the ability to combat organized and transnational crime are all fundamental tasks of nation-states.
Left-wing environmentalists are right that environmental pollution and biodiversity destruction do not magically stop at national borders, but ceding national autonomy to international organizations is not only unhelpful, but a necessary means of curbing it. We have to realize that we are disabling it. modern excesses. This does not mean that national cooperation, treaties, and international agreements cannot be achieved. It is absolutely possible and best achieved through strong national and territorial frameworks.
We should be wise and remember the fact that these green technologies have always been viewed and sold under normative assumptions. This means that these technologies are not only technically efficient and productive, but also morally superior. This makes it even more difficult to challenge them, as they are framed as eco-solutions to previously rampant environmental crimes. Our goal should be to break the spell of the Green Revolution and show how dirty and rotten nuclear power is beneath its shiny surface. Hidden costs cannot remain invisible for much longer.
