The world’s largest producer of potassium is one of the richest sources of the element, with more than 4.3 billion tonnes of the gas stored underground in the United States.
This week, it reported a record-breaking production of its first three days of 2018.
Its production is the result of a two-year programme in which the company has used new technologies to produce a more potent source of the isotope.
The new technology has boosted the production rate of potassium, which has been one of its most important energy-sucking elements.
But the new technique, which is called the “Kanthal electrode” and is designed to use a nickel electrode rather than an iron one, also raises a question: should we be worried about the new technology?
The answer is yes.
Potassium is a highly radioactive element.
It has the ability to damage electronics and can damage human organs.
It is a potent greenhouse gas that can contribute to global warming.
But potassium is also highly radioactive.
That’s because it is the second most abundant element in the universe after helium.
The other most abundant radioactive element is carbon.
Potatoes, for example, are composed of about 70% potassium and 70% carbon, and are classified as a highly toxic element.
Potential risks are already being seen in a number of applications.
In the early 1900s, scientists experimented with using potassium as an insulator in batteries.
This was the beginning of the industrial revolution and many people, including scientists, believed potassium would be useful in electrical circuits.
But, as the BBC notes, “the idea was not to make batteries, but to use potassium as a conductor of electricity.”
It is estimated that there are around 150,000 potassium electrodes worldwide, and that many of them are being used in the electrical industry.
But the main worry with the new method is that it is more likely to damage human health.
Researchers say the new device could potentially have an impact on a number people.
“Potassium ionization can be a dangerous process,” said Dr. Stephen Parnas from the University of Illinois, Chicago.
“You can damage the kidneys and other organs.
And it is also an irritant to the lungs.
We don’t know how it is going to be used in human health, but we do know that it’s going to affect people.””
If it does damage, then it will affect everyone.
It could have serious health consequences for anyone,” Dr. Parnos added.
The Department of Energy and the Environmental Protection Agency have released guidelines on the use of potassium in batteries, stating that “potassium is not a toxic substance.”
In the meantime, the company is hoping that the new process will help improve the world’s supply of potassium.
“The first thing that we have to do is make sure we can use the most efficient means of storage,” said Chris Wigmore, president of KANDAH’s global supply chain.
“We know that when you take it out of the ground, it’s pretty expensive.
We know that with this new process we can have the best use of it.
We can store more of it and make more of the stuff that we need.”
This story has been updated to reflect the company’s new policy.