Hexagon Energy Materials Limited (ASX:HXG)
(“
HXG”, “
Hexagon” or the
“
Company”) is pleased to announce that it has
commenced funding of the Phase-One commercialization of
RapidSX™ rare-earth element
(“
REE”) separation technology for REE
concentrates.
Per HXG’s October 10, 2019 ASX announcement (“Hexagon Enters
US-based Rare Earth Downstream Processing Industry”), the Company
has executed a binding Investment Agreement whereby Hexagon has
secured an option to acquire a 49% interest in RapidSX™ for REEs -
an advanced, proprietary low-cost downstream REE separation
technology developed and piloted by Innovation Metals
Corp. (“IMC”). With US$1.8 million in
funding assistance from the US Department of Defense, IMC’s
proprietary RapidSX separation technology holds the potential to
cost-effectively enable current and future REE producers to move
downstream into REE separation. This would potentially mitigate
current concerns about the extreme concentration of the REE supply
chain with greater participation by Western producers and
manufacturers.
HIGHLIGHTS
HXG has agreed to commence funding the Phase-One
commercialization of the RapidSX Commercial Demonstration Plant
(“CDP”) from existing cash for the following
development and commercialization initiatives:
- RapidSX Front-End Engineering Design
(“FEED”) Study for the CDP to
provide an independent overview of the capital budget and schedule
prepared by IMC, as well as some early extrapolations on capital
costs for a full-scale commercial plant based on specific mixed REE
chemical concentrate feedstock types.
- Securing RapidSX Intellectual Property by
finalizing provisional patent applications on the RapidSX
technology and related flow sheets, initially in the United
States.
- The incorporation of American Innovation
Metals (“AIM”) in the United States. AIM
will serve as the incorporated joint venture vehicle for HXG and
IMC to commercialize RapidSX.
The AIM business case is underpinned by:
- Substantial CAPEX and OPEX savings compared to
traditional SX separation processes which are competitive with
Chinese separation costs; savings which have already attracted
significant end-user interest.
- A ‘capital-lite’ revenue model. RapidSX is
planned to be licensed to users in exchange for variously
structured licensing fees, but essentially leveraged to the capital
cost savings, volumes and value of separated REE oxides
(“REOs”).
- Explosive global demand forecasts for REE’s
over the next decade with the growth of REE permanent magnets
(“REPMs”) used in renewable energy projects,
electric vehicles (“EVs”) and a wide range of
military and high-tech applications.
- Substantial market opportunity. Current
primary REE oxide (“REO”) market size of more than
183ktpa with a market value of US$3.4B; forecasted to grow 60% (to
293ktpa) in terms of market size and forecasted growth of more than
85% (to US$6.3B) in market value by 2025. Certain sectors are
projected to have significantly higher growth rates, with the use
of REEs for EV traction motors projected to grow by 350% between
2018 and 20251, demonstrating the considerable potential scale of
the AIM business.
FUNDING UPDATE
IMC and Hexagon have agreed to form AIM — an incorporated joint
venture — with IMC contributing the RapidSX technology IP and
expertise for REE separation. Hexagon contributes commercial and
marketing skills and has agreed to invest US$2 million into the
construction of the RapidSX CDP and to pay US$4 million to IMC as
deferred consideration, payable from Hexagon’s share of future AIM
cash flows.
HXG’s Phase-One funding contribution will be applied towards
HXG’s US$2 million option obligation and will enable IMC — through
AIM — to advance the requisite development work to ensure the
RapidSX CDP timelines are achieved on time and on budget; and,
concurrently, to protect the IP of this important and potentially
disruptive REE technology.
AIM’s mandate is to commercialize the RapidSX technology for the
separation and processing of REEs, and by doing so create a viable
alternative to the Chinese monopoly over virtually the entire
global REE supply chain.
HXG’s Managing Director, Mike Rosenstreich, commented, “Given
the strong support at our recent AGM for Hexagon’s expanded
strategy and entry into REE processing, we are tremendously pleased
to be able to start working with IMC and fund development of the
Commercial Demonstration Plant forthwith.”
“The RapidSX technology is a game changer for the global REE
processing industry, and a historic opportunity to diversify a
global REE supply chain with greater participation from Western
producers and manufacturers,” stated Mr. Rosenstreich. “With
Front-End Engineering Design work commencing in early January 2020,
we intend to have a RapidSX-based commercial demonstration plant
fully operational — in North America — in Q4 2020, with a planned
production capacity of between 60 and 80 tonnes per annum. Our
focus is on the commercialization of RapidSX to generate returns
for our shareholders and to build a viable and sustainable
energy-materials business.”
________1 Adamas Intelligence, Electric Growth: EVs, Motors and
Motor Materials (2019)
HXG has commenced several discussions with various potential
funding and strategic partners exploring near-term financing
opportunities for HXG’s ongoing participation in the AIM joint
venture, in addition to the Company’s US-based downstream graphite
development plans.
A photo accompanying this announcement is available at
https://www.globenewswire.com/NewsRoom/AttachmentNg/1abaca77-a95d-4860-adda-0545d45365ee
RapidSX™ COMMERCIALIZATION STRATEGY
Based on IMC’s pilot-scale work, RapidSX has demonstrated robust
economics, the ability to effectively separate LREE and HREEs,
significantly reduced footprint/staging, and the ability to build
out and commission quickly. However, the most compelling aspect of
the technology to HXG is the fact that RapidSX is not a ‘new’
technology (with uncertain technological, scalability and economic
uncertainties typically associated with new technologies), but
rather a radical improvement on the well-established and understood
solvent extraction (“SX”) separation technology
(SX is a well-established, time-proven separation technology for
separating REE concentrates into commercial-grade REE products. All
commercial separation of REEs today relies on conventional SX).
The RapidSX CDP will be financially self-sufficient following
the initial investment, leaving HXG’s shareholders positively
exposed to the revenue potential via AIM’s planned licensing
commercialization strategy. Core components of the
commercialization strategy are set out in the following
sections.
RapidSX COMPETITIVE ADVANTAGES
Table 1: Summary of RapidSX vs. Conventional Solvent
Extraction for REE Separation.
RapidSX™ |
Conventional Solvent Extraction |
Performance & Efficiency |
Commercial Purity |
Yes |
Yes |
REE Recovery Rates |
High |
High |
Processing Time |
Rapid |
Slow |
Time to Equilibrium |
Hours/Days |
Weeks |
CAPEX |
Equipment Cost |
~60% to 70% Reduction |
High |
Separation Staging |
~90% Reduction |
High |
OPEX |
Metal Inventory/WIP |
Low |
High |
Organic Volumes |
Low |
High |
Labor |
Low |
High |
Power Consumption |
Low |
High |
- Low CAPEX: Due to the considerably reduced
number of separation stages per SX circuit and resultant smaller
physical plant footprint, compared to conventional SX approaches.
Based on the IMC pilot-scale test work and review of various
‘typical’ light REE (“LREE”) projects, IMC
estimates that there is a 60-70% saving in terms of start-up
capital per kg of annual separation capacity, contingent on the
specific feedstock utilized and resulting REE products
desired.
- Rapid Equilibrium: As a result of the
significantly increased separation kinetics of the RapidSX
proprietary technology, the time to equilibrium/steady state is
dramatically accelerated — from weeks (as is typical in the case
with conventional SX) to hours/days with RapidSX.
- Low OPEX: Due to significantly reduced
separation times, reduced reagent and power consumption, reduced
manpower requirements, and reduced in-process metal inventories.
The piloting work undertaken by IMC also indicated meaningful cost
savings of between 15-20% compared to utilization of conventional
SX, depending on the feedstock and resulting REE products.
Estimated separation costs of less than US$2/kg for light REOs and
less than US$12/kg for heavy REOs (depending on the feedstock and
resulting REE products) are competitive with current estimated
Chinese separation costs.
- Agnostic: RapidSX is capable of separating
LREE-rich, heavy-REE (“HREE”) rich and even blends
of mixed REE feedstocks.
- Commercially Available: all construction
materials for the RapidSX technology - all associated equipment and
chemistry — are readily commercially available.
- Scalable and Modular: the RapidSX technology’s
process lines are modular and scalable, providing licensees to
scale commercial production capacity.
AIM REVENUE MODEL
A capital-light approach is the prime revenue model. RapidSX is
planned to be licensed to users in exchange for variously
structured licensing fees, but essentially leveraged to the
capital-cost savings, volumes and value of separated REOs.
An additional opportunity may arise, e.g. in the USA where, with
external funding support, AIM may establish its own
commercial-scale separation facility for toll processing or for AIM
to acquire materials to separate and sell to its own account.
The growth of AIM’s business is tied into the demand growth of
the REPM metals. Its revenue model is tied directly to ‘units’
separated and is predicated on increasing Western-sourced
materials. Rapid SX is potentially a key contributor to providing
upstream project developers with cost-effective, competitive
alternative to simply selling a REE chemical concentrate to
China.
Under this commercialization strategy, HXG would also be
leveraged to improving REO prices. Given the positive demand
fundamentals for REPMs, metals analysts expect prices to improve in
line with the non-substitutional inputs into high-growth sectors
such as EV, wind-power generation, and high-tech and defense
applications.
About Hexagon Energy Materials LimitedHexagon
Energy Materials Limited is listed on the Australian Securities
Exchange (“ASX”) under the ticker code “HXG”. The Company holds a
100% interest in the McIntosh Graphite Project in Western Australia
and an 80% interest in the Ceylon Graphite Project in Alabama, USA.
With a current focus on the downstream processing of graphite and
other energy materials, Hexagon has attained formidable technical
knowledge based on test work of its McIntosh project flake-graphite
material, which is applicable and highly valuable for a range of
specialty-material applications. The Company’s focus is on creating
sustained shareholder value by maximizing near-term growth
opportunities to commercialize that downstream business in the USA,
where it has forged strong technical, commercial and investor
relationships.
Learn more at www.HXGenergymaterials.com Forward-Looking
StatementsThis news release contains projections and
statements that may constitute “forward-looking statements” within
the meaning of applicable United States, Canadian and other laws.
Forward-looking statements in this release may include, among
others, statements regarding the future plans, costs, objectives,
or performance of Hexagon Energy Materials Limited or the
assumptions underlying any of the foregoing. In this news release,
words such as “may”, “could”, “would”, “will”, “likely”, “believe”,
“expect”, “anticipate”, “intend”, “plan”, “goal”, “estimate”, and
similar words, and the negative forms thereof, are used to identify
forward-looking statements. Forward-looking statements are subject
to known and unknown risks, uncertainties and other factors that
are beyond the control of Hexagon Energy Materials Limited, and
which may cause the actual results, level of activity, performance
or achievements of Hexagon Energy Materials Limited to be
materially different from those expressed or implied by such
forward-looking statements. Such risks and uncertainties could
cause actual results, plans and objectives of Hexagon Energy
Materials Limited to differ materially from those expressed in the
forward-looking information. Hexagon Energy Materials Limited can
offer no assurance that its plans will be completed. These and all
subsequent written and oral forward-looking information are based
on estimates and opinions of Hexagon Energy Materials Limited
management on the dates they are made and expressly qualified in
their entirety by this notice. Except as required by law, Hexagon
Energy Materials Limited assumes no obligation to update
forward-looking information should circumstances or the estimates
or opinions of Hexagon Energy Materials Limited management
change.
North American Media and Investor Relations
Contact:
G&W
Communications
First Canadian Place100 King Street WestSuite 5700 Toronto,
Ontario M5X 1C7Canadatelephone: +1 416 915
3150email: hexagon@g-w.ca
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