We’re committed to innovation and sustainability.
Our goal is to move the world’s energy needle towards hydrogen by converting waste coal to sustainable energy — including hydrogen — while extracting the rare earth elements from that waste coal.
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Our stock trades on the OTC Markets as XLPI
We are currently under an EXPERTS MARKET, so acquiring shares today is somewhat difficult.
XLPI – Xcelplus International, Inc. | Overview | OTC Markets
We have been patiently waiting for the right project to come along, and it finally has. We are in the process of merging with a private company in an effort to produce energy using waste coal in Pennsylvania and other states.
Once the merger is complete, XcelPlus will be renamed, and it will obtain a new stock ticker symbol that will be issued for the new emerging company.
You will still be a shareholder in the renamed company, and we will disclose more information soon. Until then, thanks for being on board with us.
These are some of the processes that will be in our future:
Waste Coal to SAF
The company we are seeking to merge with processes waste coal using plasma gasifiers to produce synthetic gas. That syngas will then be converted into clean-burning jet fuel known as Sustainable Aviation Fuel, or SAF.
Rare Earth Elements
When waste coal is gasified, it is heated to a temperature that enables the extraction of rare earth minerals, such as cerium, lanthanum, neodymium, praseodymium, scandium, and other critical minerals used in national defense industry, electronics, and other industries.
Alumina
One of the most abundant minerals in Pennsylvania’s waste coal sites is alumina (AL2O3), which is used in ceramics manufacturing, some glass production, and in the creation of standard aluminum. Even the smallest prospected site contains one million tons of alumina, and the combined total of alumina contained in all of the proposed project sites exceeds 40 million tons.
Hydrogen
Synthetic gas has the capacity to be transformed into clean hydrogen. Electrolyzers can also be used to produce hydrogen from the acid mine drainage (AMD) present on the waste coal work sites.
Other Minerals
In addition to alumina and rare earth minerals, other minerals that have been discovered on the project sites include lithium, silver, nickel, magnesium, cobalt, and titanium.
The Path Forward
XcelPlus has had its hands in the green renewable energy space since it was originally founded as a private company in the late 1990s. We are now moving into the new energy world by generating new forms of energy going.