Usually after dinner, Mr. Ma would take off his shirt, shut the door, and begin work making plastic pellets from scrap. But tonight, he sits in his darkened yard staring at two SUV-sized plastic processing machines and a bundle of colorful scrap plastic. No lights are on, no machines grind, and no familiar theme song of CCTV-1 plays in the background. Walking through other villages in Wen’an County, more men meander around their yards filled with the same idle processing machines and mini-mountains of scrap plastic. Most have never studied English, but they are fluent in the language of plastics, sprinkling words like ABS, PP, and PVC into their conversations. They are the owners of small plastic scrap recycling workshops that were once booming—but are now silent.

Autonomous vehicles (AVs) are revving up in China. As part of the 2018 CCTV Spring Festival Gala, more than one hundred AVs swerved perfect 8’s on the Hong Kong-Zhuhai-Macao Bridge, showcasing Baidu Apollo’s latest AV technology. China is a latecomer to the automotive industry, but it is taking the wheel in autonomous driving technologies and electric and hydrogen cars, viewing the sector as an unprecedented opportunity to play catchup with the rest of the world (See China Environment Forum webinar on China’s new energy vehicle trends below). Companies in China and around the world want to tap into the lucrative autonomous technology market that could reach $2.3 trillion by 2030.

“For the longest time we thought that water was forever renewable and that it would always be there,” said Gloria Steele, Acting Assistant Administrator for Asia with USAID, at a recent Wilson Center event on water security in High Asia. “We now know that is not the case, and we need to protect it and manage it effectively.”

China is four years into its war on pollution, and while the skies over many of its cities are bluer and thousands of polluting industries have been closed, many challenges remain. According to China’s Ministry of Ecology and Environment, 16 percent of China’s soil is polluted, 239 of China’s 338 biggest cities failed to meet air quality standards in 2017, and 32 percent of China’s surface water is not clean enough to swim in. To confront these challenges, Chinese citizens and nongovernmental organizations (NGOs) are taking legal action to halt polluters, push local government to be more accountable, and strengthen enforcement of pollution laws—but most lack the legal experience and expertise needed to be successful. A series of workshops held by the Environmental Law Institute earlier this year sought to close this gap by training NGOs and legal professionals in China on best practices for environmental public interest litigation.

In early January of this year, China’s “National Sword” policy banned imports of non-industrial plastic waste. The ban forces exporting countries to find new dumping grounds for their waste, which is estimated to total nearly 111 million metric tons by 2030. China’s decision has exposed deep structural flaws and interdependencies in the global waste management system. Western countries that have long depended on China to take their garbage are now struggling to deal with mounds of plastic trash, while China lacks the low-priced labor needed to effectively sort and process waste.

A quarter of the coal that powers China’s economy is mined in Inner Mongolia, one of the country’s most water-scarce provinces with only slightly under two percent of China’s total water resources. The coal-rich city of Ordos, which produces nearly 70 percent of all the coal in Inner Mongolia, is bookended by expanding deserts—Kubuqi to the north and Maowushu to the south—and may one day run out of water and face a “Day Zero” like Cape Town in South Africa. Both the central and local governments are promoting a number of efforts to create new water supplies in Ordos, such as treating brackish waters and trading water rights. To learn more, the China Energy & Environment Forum recently interviewed Shaofeng Jia, the Deputy Director of Water Resources Research Center at the Chinese Academy of Sciences, who recently completed an extensive study on water-energy confrontations in Inner Mongolia.

While the pangolin’s thick overlapping scales protect it from predators such as lions, this animal is an easy mark for illegal wildlife traffickers. Image courtesy of the Tikki Hywood Foundation, Zimbabwe.

Acting on a tip, Nigerian customs operatives raided an apartment in the southwest city of Ikeja in February. Inside, they found some 4,400 pounds of pangolin scales, and 218 ivory tusks—and arrested a Chinese suspect, Ko Sin Ying, who lived there.

A few months earlier, at the other end of a well-worn trade route, Chinese customs officials made the largest-ever seizure of pangolin scales in the port of Shenzhen. They discovered an “empty” shipping container that had come in from Africa—stuffed with 13 tons of scales. They were packaged in bags that camouflaged their true contents beneath a veneer of charcoal. That haul had killed an estimated 20,000 to 30,000 animals, each about as big as a medium-sized dog.

Blockchain, the newest technology poised to revolutionize numerous industries, could help decentralize electricity systems across Asia, Europe, Australia and the United States. In Brooklyn, peer-to-peer microgrids allow prosumers—energy consumers who generate small amounts of electricity from renewable sources—to trade energy with other users. Blockchain technology provides distributed ledgers that validate, record, and share each transaction, using smart contracts that automatically execute energy trades when the price and volume of the electricity transaction meet the contracted requirements.