An interesting hybrid remining, environmental
remediation, energy production, energy conversion, and critical minerals
recovery project is taking shape in Jefferson County, Pennsylvania. The project also includes plans for carbon
capture. Wyoming-based C-Corporation Firepoint Energy is developing the
project. Firepoint utilized Conti Labs earlier this year to analyze mineral concentrations
in Pennsylvania coal waste piles. The results indicated economic amounts of
lithium, aluminum, and manganese. The tailings also contained abundant rare
earth elements (REEs), including neodymium, dysprosium, europium, lithium,
praseodymium, and terbium. Bill Smith, Firepoint president and CEO quipped:
“All of the processes and equipment we are using can be
tailored to each waste site, maximizing the harvesting of REEs, producing clean
synthetic fuels, clean electrical power for the grid and data mining companies,
and eliminating the acid mine drainage caused by waste coal,”
The company values the minerals in the waste at $130
billion. However, it will take billions in investment to get multiple projects
going. They have bold plans. Smith was the CEO of XcelPlus International, now
run by Firepoint.
GTL Through Plasma Gasification
Firepoint
plans to utilize plasma gasification to make synthesis gas for synthetic fuels
like sustainable aviation fuel (SAF). Specifically, they plan to use XcelPlus’s
‘adaptiveARC gasifier’. The smallest adaptiveARC gasifier can process up to 25
tons of waste into a syngas which could be converted into enough hydrogen and
diesel fuel to power more than 300 homes or small businesses daily. In 2021 XcelPlus
began producing adaptiveARC gasifiers capable of processing 50 tons of waste per
day.
Gasification
is also being developed as a solution for landfill overflow garbage, capturing
it to make synfuels. These 50-ton/day gasifiers can still be transported. They
can receive several forms of waste: waste coal, garbage, agricultural waste, sludge,
sewage, and even plastic waste. Firepoint plans to utilize generator sets to power
their operations with their syngas-derived fuels, produce hydrogen, power the
grid, and possibly power data mining ops. They also plan to utilize an organic
Rankine cycle which increases efficiency. Smith thinks that with government
incentives the payout for a 50 ton/day operation will be 2-3 years with system
life at about 20 years. He also notes a goal to make hydrogen at landfills near
railways and highways to produce hydrogen for trains and cars respectively.
On-site syngas from waste can solve multiple problems at once. One question I
have is about pollution. Does waste-to-energy accelerate the polluting emissions
from waste sources like landfills? Certainly, it does not increase overall polluting
emissions, but does it produce them faster than they would be produced say at
the landfill? I am not sure at this point.
The Jefferson County, PA Project
Jefferson County,
PA was chosen due to the waste coal having the highest concentrations of
desirable minerals. The site contains eight million tons of waste coal. There
is also an adjacent 15-million-ton pile that may be processed later. Smith
pointed out:
“On top of the more than $3 billion worth of rare earth
minerals and other metals at this location, we expect to produce 15.4 million
gallons of clean jet fuel per year from the very same waste coal. We fully
expect to produce revenues of at least $101 million in metals and minerals each
year by extracting them using industrial hydrometallurgical processes.”
The waste will be stripped of minerals through the
extraction process, including the removal of the mineral pyrite that forms the basis
for acid mine drainage (AMD). Thus, this is also a significant environmental
remediation project. I wrote about REE
extraction from coal waste and AMD earlier this year. Firepoint is also considering
processing coal ash at local power plants to extract the rare earth
minerals which can reduce the amount of ash being hauled to landfills and other
sites. The company projects that $750 million could be invested into the region
and create at least 100 well-paying jobs. The process and steps of the process
are shown below.
References:
Firepoint
Energy Selects Jefferson County Site For Waste Coal-To-Fuel Conversion, Rare
Earth Element Recovery Production Site. PA Environment Digest Blog. July 5, 2024.
PA
Environment Digest Blog: Firepoint Energy Selects Jefferson County Site For
Waste Coal-To-Fuel Conversion, Rare Earth Element Recovery Production Site
(paenvironmentdaily.blogspot.com)
How Do
You Concentrate the Rare Earth Elements? Firepoint Energy. 2024.
Processes - Firepoint Energy
Tests
prove Pennsylvania waste coal contains more than $130 Billion in Rare Earth
Elements. Presswire. April 1, 2024. Tests
prove Pennsylvania waste coal contains more than $130 Billion in Rare Earth
Elements (einpresswire.com)
Abundance
of lithium, aluminum, and manganese discovered in Pennsylvania Waste Coal along
with REEs. Presswire. May 13, 2024. Abundance
of lithium, aluminum, and manganese discovered in Pennsylvania Waste Coal along
with REEs (einpresswire.com)
Coal
Region State Rep Brian Smith Supports Firepoint Energy’s Solution to
Pennsylvania’s Waste Coal Problem. Presswire. May 22, 2024. Coal
Region State Rep Brian Smith Supports Firepoint Energy’s Solution to
Pennsylvania’s Waste Coal Problem (einpresswire.com)
XcelPlus
Acquires Waste-to-Energy Plasma Gasification Company. Newsfile. December 4,
2020. XcelPlus
Acquires Waste-to-Energy Plasma Gasification Company (newsfilecorp.com)
RENEWables
#31: Syngas Offers a Solution to Landfill Overflow. RENEWables. A
Sustainability Podcast with David Smart. Entrepreneurship. RENEWables
A Sustainability Podcast with David Smart: RENEWables #31: Syngas Offers a
Solution to Landfill Overflow on Apple Podcasts
XcelPlus
International upgrades its plasma gasifiers into 50-ton-per-day, portable units.
XcelPlus International. Global Newswire. July 29, 2021. XcelPlus
International upgrades its plasma gasifiers into (globenewswire.com)
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