Trump’s plans for the Deep Ocean Mine and can damage the environment, say mining experts

US President Donald Trump has recently invested in Donald Trump’s deep sea mining operations, the environment can be the results of the North Ontario mining.

On April 24, Trump issued an executive order that opened the critical minerals and sources in the sea.

The goal is to develop a weak marine mine and invest in technology by investing in technology to produce critical minerals such as nickel, cobalt and manganese in the ocean floor.

Nadia MyKytczuk, the Executive Director of Goodman Mina School of Laurenty University in Sudbury, Deep Marine Mine, said he could have had a harmful effect on water life.

“Because we are new, which we are new, that we can use technologies and production methods and how we can influence the environment and potentially, it can be,” he said.

MyKytczuuk said that critical minerals found in the deep sea are important for the development of technologies such as electric vehicles, but it is important to further investigate traditional underground deposits before viewing the deep sea mine.

“We are trying to create a more sustainable future, and it would be stupid to do it simply to the expense of the environment.”

We are hopeless for critical minerals

Director-General of Mining Canada Nickel stressed that the executive body is in a brief supply of critical minerals found in the deep sea.

Selby, most of the world’s nickel supply of Chinese companies – through Indonesian mines – with cobalt and manganese in different parts of Africa

After the signing of the executive order, Trump claimed that the Chinese Foreign Ministry claimed that international law will be violated, many deep off marine mineral deposits are located in international waters.

Selby said that the deep sea mine could not worry about the Nickel sulfide field, which is nickel sulfide field in northern Timminians, he said. Technology remains untested on a commercial scale.

“Some pilot scale tested, but never had a commercial operation,” he said.

He said that because new technology will require and remotes from processing plants, he said it would be expensive to produce critical minerals from marine nodules.

The nodules may also be up to 4,000 meters deep, although the deepest nickel cultural in Sudbury, for example, in a depth of 2000 meters.

“We will wait and see if the real cost of the stomach in a distance of 3000 meters will look like in the middle of the open ocean.”