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Latin American film fans await release of Chinese animated hit 'Ne Zha 2'

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Latin American film fans await release of Chinese animated hit 'Ne Zha 2'

2025-02-26 17:54 Last Updated At:20:27

Latin American film enthusiasts are eagerly anticipating the release of the Chinese animated blockbuster "Ne Zha 2" in their countries, following its phenomenal global box office success. With earnings surpassing 13 billion yuan (about 1.79 billion U.S. dollars), "Ne Zha 2" has become the highest-grossing animated film of all time. It has also sparked a growing interest in Chinese culture.

As a sequel to the 2019 hit "Ne Zha", this latest installment continues the tale of the rebellious boy-god Nezha from Chinese mythology. Audiences worldwide have been captivated not only by its breathtaking visuals but also by its compelling storytelling and profound cultural significance.

The film has almost become an instant hit after debuting on big screens in Australia, New Zealand, the U.S., Canada, South Africa, Japan, and several other countries and regions. However, it has yet to be released in Latin America, where movie fans are eager to watch the film and get to know traditional Chinese culture.

"I watched the first movie of the 'Ne Zha' series, and I really liked it. Although the boy was ostracized by the villagers because he was born from a magic orb, he ultimately saved the village from being destroyed by the evil dragon," said Juan Sebastian in Colombia. Meanwhile, Marisa Lucena in Argentina praised the film's animation quality and expressed excitement about watching it in theaters.

"I've heard of 'Ne Zha 2', and it looks really interesting. The animation is quite stunning, so it would be great if we could also enjoy the film here in Argentina. We'd get to appreciate it too. The movie is based on a novel called 'Investiture of the Gods'," said Lucena.

Nikolas Escafi in Chile shared similar feelings about the movie.

"I've heard of Nezha, and I'm very interested in him. I found the first movie and watched it, and now I hope to watch the second one," said Escafi.

As Chinese films gain popularity worldwide, more international audiences are becoming captivated by Chinese culture.

Sergio in Colombia, a fan of Chinese television dramas, expressed admiration for the country's long history and rich culture.

"I've watched several Chinese dramas and TV series, and I really like Chinese culture because it has a long history," said Sergio.

Victor Garret in Chile noted that while Western audiences might not be so familiar with Chinese films, they offer "a priceless opportunity to understand the emotions and perspectives of the Chinese people."

With the global success of Chinese films, many Latin American fans have developed a strong desire to visit China and witness its cultural richness firsthand.

Catalina in Colombia was particularly interested in Shanghai's unique cultural and scenic attractions.

Paula, also in Colombia, wanted to experience China's renowned cuisine firsthand despite that she is not accustomed to spicy food. She was also intrigued by the ancient city of Xi'an in northwest China's Shaanxi Province, hoping to see the world-famous Terracotta Warriors there one day.

Latin American film fans await release of Chinese animated hit 'Ne Zha 2'

Latin American film fans await release of Chinese animated hit 'Ne Zha 2'

Latin American film fans await release of Chinese animated hit 'Ne Zha 2'

Latin American film fans await release of Chinese animated hit 'Ne Zha 2'

Latin American film fans await release of Chinese animated hit 'Ne Zha 2'

Latin American film fans await release of Chinese animated hit 'Ne Zha 2'

A set of supercritical carbon dioxide (CO2) power generation units began commercial operation on Saturday in southwest China's Guizhou Province, indicating that the country has pioneered the world in commercializing this innovative technology.

Named "Chaotan-1" (Super Carbon-1), the system uses supercritical CO2 instead of steam as the working fluid to transfer heat and generate power. Supercritical CO2 refers to carbon dioxide maintained at extremely high temperature and pressure, where it exhibits both liquid- and gas-like properties, making it a highly efficient medium for energy conversion.

By leveraging these properties, the new power generation units, which captures waste heat from industrial processes, achieve higher efficiency than conventional steam-based systems.

"The exhaust gas from a steel plant's sintering machine can be over 400 degrees Celsius hot. We use the gas to heat carbon dioxide, compress it to about 200 atmospheres with this machine, and then send it into a heat exchanger, where it absorbs residual heat from the waste gas to drive turbines to generate electricity." said Huang Yanping, chief scientist at China National Nuclear Corporation and chief designer of the Chaotan-1 project.

Thanks to the psychical properties of supercritical CO2, Chaotan-1 improves waste heat utilization efficiency by more than 85 percent compared with existing steam-based sintering waste heat power generators, while boosting net power output by over 50 percent, yielding significant economic returns.

"By converting industrial waste heat into electricity to the greatest extent possible, the project can generate around 50 million yuan (about 7.10 million U.S. dollars) in additional net cash flow annually at local electricity prices. The investment cost can be recovered in roughly three years," Huang said.

Industry experts say the project carries major strategic value. Zhang Xiaodong, deputy director of the Industrial Development Department at Dongfang Electric Corporation, described the project as a milestone.

"Any new technology goes through a process from quantitative accumulation to qualitative change. This project marks a key milestone, which may well serve as an example of strategic importance. Its success will pave the way for the rollout of similar projects in the future," he said.

China pioneers commercial use of supercritical CO2 power generation

China pioneers commercial use of supercritical CO2 power generation

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