Что Такое Комиссия В Сети Биткоин?

Для этого можно совершить расчет самостоятельно или воспользоваться специальными сервисами. Они выдают среднюю комиссию за транзакцию биткоина сегодня, минимальное и максимальное значение. Значение имеет вес операции в байтах, на который влияет число входов и выходов (адресов, откуда пришли цифровые активы и куда перечисляются). Генерация основана на данных о том, откуда пришли монеты и куда отправлены. Размер такого кода зависит от общего количества адресов операции. Они тратят ресурсы на покупку производительного оборудования, электроэнергию для добавления очередного блока в распределенный реестр сети.

комиссии в сети биткоин

Поэтому биржевой счет следует использовать лишь для хранения и обмена биткоинов. Однако такое возможно лишь при низкой загрузке сети, которая была лишь в начале становления Bitcoin. Реальная стоимость транзакций уже превышает рекомендуемый минимум в zero,0001 BTC. С таким размером вознаграждения операция может не обрабатываться майнерами несколько дней или даже недель. Транзакции в сети Polygon влекут за собой комиссии, которые уплачиваются в MATIC.

Что Влияет На Bitcoin-комиссию

Segregated Witness – предложенное разработчиками кошелька Bitcoin Core обновление протокола сети. Его основная цель – решение трудностей с масштабируемостью путем оптимизации объема блоков. Это повлечет за собой решение сразу нескольких проблем – высокие комиссии, переполненность блоков, https://www.xcritical.com/ скорость прохождения платежей. Кроме того, они не имеют фиксированной процентной ставки, которая практикуется в банках или различных фиатных системах. Вместо этого пользователи криптовалюты устанавливают собственный размер сборов вручную при создании каждой исходящей транзакции.

Можно определить минимальное и рекомендуемое вознаграждения услуг майнеров. Размер комиссии биткоина определяет скорость, с которой транзакция попадет в блок. Считается, что при попадании транзакции в блок, она получает подтверждение, так как майнер записывает ее в блокчейн. Таких блокчейнов много, например Stellar (XLM), где комиссия за транзакции составляет всего zero,00001 XLM.

  • Технологию Segregated Witness использует известная сеть Lightning Network, построенная поверх блокчейн Сети с соблюдением базового принципа peer-to-peer.
  • Эти варианты автоматически рассчитываются приложением исходя из индивидуальной информации о “весе” транзакции и актуальной загруженности сети, которая берется из публичных источников.
  • Каждая транзакция биткоина должна быть подтверждена майнерами, которые получают комиссию за каждую валидацию.
  • Также комиссия за транзакции используется для вознаграждения участников стейкинга.

С ростом популярности криптовалюты увеличивается время перевода. Вы не можете вывести деньги из блокчейна, но можете конвертировать их на бирже или другой площадке для обмена. Если вы решите отправить кому-либо деньги или произвести платеж, право собственности переходит другому человеку. Таким образом, платеж — это запрос на передачу прав собственности.

Криптовалюты, Nft И Финансы

Можно дождаться, когда ажиотаж спадет, и совершить отложенный перевод. Существуют разные варианты снижения комиссионных расходов на транзакции. Первый способ — снизить размер вознаграждения ниже рекомендуемого (кошельком или специальным сервисом) значения. Такой подход возможен, если скорость выполнения заявки не важна. Размер комиссионных при небольших объемах может составить крупную сумму.

Решение оптимизирует структуру блоков – разделяет передачу транзакций от их подписей. Так операции занимают меньше места, и в блок помещается больше транзакций. Комиссии тоже естественным образом снижаются, потому что сокращается очередь в мемпуле. Вторая кнопка – золотая середина, где соблюдается баланс между скоростью и дороговизной. Третья – высокие комиссии и высокая скорость обработки транзакций. Конечно, всегда можно установить самую низкую из возможных комиссий.

комиссии в сети биткоин

У блокчейна есть несколько преимуществ, по сравнению с традиционной банковской системой. Размер комиссионных издержек не зависит от суммы, на него влияют другие факторы. Для определения объема вознаграждения существуют калькуляторы комиссии за Bitcoin-транзакцию.

Почему Увеличились Комиссии В Биткоине

Работа сети биткоин основана на открытом реестре — блокчейне  (blockchain). В нем хранятся все записи о транзакциях с момента записи проекта. Каждая из операций описывается программным кодом, который, кроме количества монет, содержит адреса кошельков Bitcoin плательщика и получателя. Сложившаяся ситуация с комиссиями решится только по мере спада интереса к первой криптовалюте.

комиссии в сети биткоин

Но в этом случае средства идут на вознаграждение валидаторов вместо майнеров. В блокчейнах PoS пользователи вносят свои активы в стейкинг и становятся валидаторами. Они блокируют свои активы в смарт-контрактах, а взамен получают вознаграждение.

Транзакции в Bitcoin влекут за собой небольшую комиссию, которую получают майнеры за их подтверждение. Это означает, что вы можете выбрать более быструю обработку транзакции, заплатив большую комиссию. Как альтернативу, если вы не спешите с подтверждением вашей транзакции, вы можете сэкономить, выбрав более низкую комиссию. Однако, нужно быть осторожным, потому что если вы установите слишком низкую комиссию, ваша транзакция может занять часы, застрять на дни и в конечном итоге быть полностью отменена.

Это связано с тем, что, кроме сборов для майнеров, криптоплатформа забирает часть денег себе. Помимо того, повышенная комиссия может устанавливаться в интересах самих клиентов. Чем выше значение, тем быстрее пользователь получит монеты, они не зависнут в мемпуле. Сотрудники биржи не отслеживают в режиме реального времени оптимальное значение вознаграждения.

В результате сеть работает заметно быстрее, облегчается проведение микротранзакций с пониженными комиссиями. В моменты, когда сеть перегружена и слишком много людей одновременно отправляют средства, пользователю придется увеличить комиссионное вознаграждение. Это нужно, чтобы транзакция не просто прошла быстрее, а хотя бы вообще была обработана. В конце 2017, на пике стоимости BTC, комиссионные удержания доходили до $40 из-за невероятного количества переводов.

На этом можно сыграть и выбрать время с минимальной активностью, ранним утром или ночью (главное ― помнить о часовых поясах). Просмотр загруженности сети доступен на разных сервисах, например, Blockchain.info. Если показатель ниже среднего, сборы за проверку транзакции также уменьшаются. Количество выходов (output) считается аналогично, также надо помнить про “сдачу”. То есть, если вы отправляете часть монеты на 1 адрес, то вам обязательно должна вернуться сдача на ваш же адрес.

Комиссия За Транзакции На Блокчейне: Все, Что Нужно Знать

Более привычно обстоят дела с комиссиями в обменниках, рассмотрим на примере Матби. Биткоин-счет Webmoney ничем не отличается от обычного BTC Wallet. На нем доступно получение и отправка переводов в btc комиссия за перевод сети биткоин, работа с криптобиржами и вывод средств через обменки. В результате переводы с небольшой предложенной комиссией могут не обрабатываться днями или даже вообще не попасть в общую очередь.

Как Работает Подтверждение Транзакций

Комиссия в сети биткоин играет ключевую роль в обеспечении работы блокчейна и подтверждении транзакций. Её размер определяется несколькими факторами, такими как спрос и предложение на проведение операций, объем передаваемых средств, а также желаемая скорость подтверждения. Например, у пользователя в одном кошельке может быть пара адресов.

Piedmont Lithium’s Power for Life Foundation Selects Three Tennessee Scholarship Recipients

Belmont, North Carolina, May 23, 2023Piedmont Lithium Inc. (“Piedmont” or “Company”) (Nasdaq:PLL; ASX:PLL), a developer of lithium resources critical to the U.S. electric vehicle supply chain, today announced three Tennessee students as scholars of the Piedmont Lithium Foundation – Power for Life, Inc. (“Power for Life”).

Bradley Farmer of Central High School of McMinn County, Wesley (“Alex”) Gaskins of Central High School of McMinn County, and Logan Smith of the University of Tennessee at Chattanooga (“UTC”) were selected to receive up to $20,000 to help further their pursuit of their education related to science, technology, engineering, and mathematics (“STEM”). The recipients are eligible to receive up to $5,000 per year for four consecutive years to assist with tuition, room, and board expenses at an accredited post-secondary institution.

A group of men sitting at a table
Central High School of McMinn County student Bradley Farmer (left), University of Tennessee at Chattanooga student Logan Smith (middle), and Central High School of McMinn County student Alex Gaskins (right) are the 2023 Tennessee Piedmont Lithium Power for Life scholars.
“We couldn’t be more pleased to recognize these outstanding students with scholarships,” said Kris McVey, Executive Vice President and Chief Administrative Officer of Piedmont and President of Power for Life. “We were impressed by Bradley, Alex, and Logan because they have excelled academically while demonstrating a keen commitment to their communities. We believe the future is bright for these students, and we look forward to supporting the next chapters in their academic careers.”

Farmer, who recently graduated as co-valedictorian of Central High School of McMinn County, is planning to attend the University of Tennessee, Knoxville to earn a degree in mechanical engineering. Throughout high school, he worked with his uncle in the automobile industry, which sparked his passion for understanding machines. Farmer enjoys problem-solving and seeks to develop technological advancements to help build a better world.

Central High School of McMinn County student Bradley Farmer (left), University of Tennessee at Chattanooga student Logan Smith (middle), and Central High School of McMinn County student Alex Gaskins (right) are the 2023 Tennessee Piedmont Lithium Power for Life scholars.

Gaskins recently graduated as co-valedictorian of Central High School of McMinn County, where he served as captain of the golf team and manager of the varsity boys basketball team. Civically, Gaskins has been actively involved in Zion Hill Baptist Church and Boy Scouts of America. Gaskins plans to attend Tennessee Tech University to earn a degree in chemical engineering and advance research efforts in renewable sources of energy.

Smith, a student at UTC, plans to utilize the scholarship to complete his bachelor’s degree in mechatronics engineering technology, which integrates mechanical, electrical, and electronic engineering. In 2018, Smith earned county wide recognition as the APEX CTE Student of the Year. He subsequently graduated from Central High School of McMinn County with honors of distinction as a Tennessee Ready Graduate and a Work Ethic Diploma recipient. He later earned an associate degree and worked as a DENSO Co-Op for two years, gaining practical experience, while maintaining involvement in his community.

Piedmont launched Power for Life earlier this year to focus on important charitable and educational initiatives to support the communities in which Piedmont expects to operate in North Carolina and Tennessee.  Power for Life supports various philanthropic efforts and organizations in the communities, including sponsoring STEM initiatives within local K-12 and post-secondary educational institutions as well as scholarships for current and future STEM students. In addition to Farmer, Gaskins, and Smith, Power for Life also selected three scholarship recipients from North Carolina as part of its 2023 scholarship program: Michael Jones, Riley Kiser, and Ella Tynan.

For more information on Power for Life, email foundation@piedmontlithium.com or visit us online by clicking here.

About Piedmont Lithium 

Piedmont Lithium (Nasdaq:PLL; ASX:PLL) is developing a world-class, multi-asset, integrated lithium business focused on enabling the transition to a net zero world and the creation of a clean energy economy in North America. Our goal is to become one of the largest lithium hydroxide producers in North America by processing spodumene concentrate produced from assets where we hold an economic interest. Our projects include our Carolina Lithium and Tennessee Lithium projects in the United States and partnerships in Quebec with Sayona Mining (ASX:SYA) and in Ghana with Atlantic Lithium (AIM:ALL; ASX:A11). These geographically diversified operations will enable us to play a pivotal role in supporting America’s move toward energy independence and the electrification of transportation and energy storage. For more information, follow us on Twitter @PiedmontLithium and visit www.piedmontlithium.com.

Piedmont Lithium’s Power for Life Foundation Selects Three North Carolina Scholarship Recipients

Power for Life Foundation LogotBelmont, North Carolina, May 23, 2023Piedmont Lithium Inc. (“Piedmont” or “Company”) (Nasdaq:PLL; ASX:PLL), a developer of lithium resources critical to the U.S. electric vehicle supply chain, today announced three North Carolina students as scholarship recipients from the Piedmont Lithium Foundation – Power for Life, Inc. (“Power for Life”).

Michael Jones of Highland School of Technology, Riley Kiser of Cherryville High School, and Ella Tynan of South Point High School were selected to receive up to $20,000 to help further their pursuit of their education related to science, technology, engineering, and mathematics (“STEM”). The recipients are eligible to receive up to $5,000 per year for four consecutive years to assist with tuition, room, and board expenses at an accredited post-secondary institution.

“We are thrilled to recognize these outstanding students with scholarships,” said Kris McVey, Executive Vice President and Chief Administrative Officer of Piedmont and President of Power for Life. “We were impressed by Michael, Riley, and Ella because they have excelled academically while demonstrating a keen commitment to their communities. We believe these students will ultimately make significant contributions in STEM, and we look forward to supporting the next chapter of their academic careers.”

A person smiling at the camera Description automatically generated with medium confidence

Michael Jones

Jones is on track to graduate from Highland School of Technology in June and is already certified in AutoCAD and AutoDesk Inventor. He is an active member of the nationally accredited Technology Student Association (TSA) and the school’s Animatronics Team, which placed first in the state’s TSA conference in 2022. In addition to excelling academically, Jones played soccer throughout high school and is currently leading the varsity soccer team as captain. Jones plans to pursue a degree in mechanical engineering at North Carolina State University and, ultimately, a career in manufacturing.

A person with long hair smiling Description automatically generated with low confidence

Riley Kiser

Kiser, a student at Cherryville High School, has a profound interest in supporting ecological conservation and sustainability initiatives. She immersed herself in STEM education beginning in early childhood and continued challenging herself with AP science classes throughout high school. Kiser plans to attend Appalachian State University to study environmental science with a concentration in life sciences. She is passionate about education, exploring environmental stewardship, and advocating for women and girls in STEM.

A person with long hair smiling Description automatically generated with low confidence

Ella Tynan

Tynan currently attends South Point High School and is planning to study chemistry at Appalachian State University. Her interest in STEM began in sixth grade when she joined TSA; it flourished throughout high school in her roles at Eliminate the Digital Divide and the Center for Digital Equity, where she helped bridge gaps between those with and without access to technology. Tynan also has aided local conservation efforts by serving on the board of Keep Belmont Beautiful. In college, she plans to explore environmental research focused on conserving and generating renewable energy.

For more information on Power for Life, email foundation@piedmontlithium.com or visit us online by clicking here.

About Piedmont Lithium 

Piedmont Lithium (Nasdaq:PLL; ASX:PLL) is developing a world-class, multi-asset, integrated lithium business focused on enabling the transition to a net zero world and the creation of a clean energy economy in North America. Our goal is to become one of the largest lithium hydroxide producers in North America by processing spodumene concentrate produced from assets where we hold an economic interest. Our projects include our Carolina Lithium and Tennessee Lithium projects in the United States and partnerships in Quebec with Sayona Mining (ASX:SYA) and in Ghana with Atlantic Lithium (AIM:ALL; ASX:A11). These geographically diversified operations will enable us to play a pivotal role in supporting America’s move toward energy independence and the electrification of transportation and energy storage. For more information, follow us on Twitter @PiedmontLithium and visit www.piedmontlithium.com.

Piedmont Lithium to Provide Portfolio Update at May Industry Conferences

NAL production restart, first shipments to Tesla and LG Chem, near-term revenue potential among key topics

Belmont, North Carolina, May 2, 2023Piedmont Lithium Inc. (“Piedmont” or the “Company”) (Nasdaq:PLL; ASX:PLL), a leading global developer of lithium resources, announced executive participation in the following industry conferences in May:

  • Macquarie Australia Conference – Sydney Australia, May 2-4
  • Citi Energy & Climate Technology Conference – Boston, Massachusetts, May 9-10
  • Society for Mining, Metallurgy & Exploration – New York, New York, May 9
  • Canaccord Genuity Global Metals & Mining Conference – Palm Desert, California, May 10-12
  • Deutsche Bank NDR – virtual, May 15
  • Evercore Battery Metals Conference – New York, New York, May 17
  • B. Riley 23rd Annual Institutional Investor Conference – Beverly Hills, California, May 24-25
  • KeyBanc 2023 Industrials & Basic Materials Conference – Boston, Massachusetts, May 30-June 1

Piedmont President and Chief Executive Officer Keith Phillips said updating the industry and investors on Piedmont’s global portfolio of lithium projects is particularly timely given the Company’s potential for near-term revenue generation. “We are keenly focused on first commercial shipments from North American Lithium, targeted for Q3, and we look forward to bringing these lithium resources to the market through our offtake agreements with Tesla and LG Chem. We are pleased with the project economics demonstrated by the Tennessee Lithium definitive feasibility study as we advance toward a definitive feasibility study for the Ewoyaa Lithium Project and the permitting and approval process for Carolina Lithium.”

To view Piedmont’s updated corporate presentation, click here.

About Piedmont Lithium 

Piedmont Lithium (Nasdaq:PLL; ASX:PLL) is developing a world-class, multi-asset, integrated lithium business focused on enabling the transition to a net zero world and the creation of a clean energy economy in North America. Our goal is to become one of the largest lithium hydroxide producers in North America by processing spodumene concentrate produced from assets where we hold an economic interest. Our projects include our Carolina Lithium and Tennessee Lithium projects in the United States and partnerships in Quebec with Sayona Mining (ASX:SYA) and in Ghana with Atlantic Lithium (AIM:ALL; ASX:A11). These geographically diversified operations will enable us to play a pivotal role in supporting America’s move toward energy independence and the electrification of transportation and energy storage. For more information, follow us on Twitter @PiedmontLithium and visit www.piedmontlithium.com.

Piedmont Lithium Forward-Looking Statements

This press release contains forward-looking statements within the meaning of or as described in securities legislation in the United States and Australia, including statements regarding exploration, development, and construction activities of Sayona Mining, Atlantic Lithium and Piedmont; current plans for Piedmont’s mineral and chemical processing projects; strategy; and strategy. Such forward-looking statements involve substantial and known and unknown risks, uncertainties, and other risk factors, many of which are beyond our control, and which may cause actual timing of events, results, performance or achievements and other factors to be materially different from the future timing of events, results, performance, or achievements expressed or implied by the forward-looking statements. Such risk factors include, among others: (i) that Piedmont, Sayona Mining, or Atlantic Lithium will be unable to commercially extract mineral deposits, (ii) that Piedmont’s, Sayona Mining’s or Atlantic Lithium’s properties may not contain expected reserves, (iii) risks and hazards inherent in the mining business (including risks inherent in exploring, developing, constructing and operating mining projects, environmental hazards, industrial accidents, weather or geologically related conditions), (iv) uncertainty about Piedmont’s ability to obtain required capital to execute its business plan, (v) Piedmont’s ability to hire and retain required personnel, (vi) changes in the market prices of lithium and lithium products, (vii) changes in technology or the development of substitute products, (viii) the uncertainties inherent in exploratory, developmental and production activities, including risks relating to permitting, zoning and regulatory delays related to our projects as well as the projects of our partners in Quebec and Ghana, (ix) uncertainties inherent in the estimation of lithium resources, (x) risks related to competition, (xi) risks related to the information, data and projections related to Sayona Mining or Atlantic Lithium, (xii) occurrences and outcomes of claims, litigation and regulatory actions, investigations and proceedings, (xiii) risks regarding our ability to achieve profitability, enter into and deliver product under supply agreements on favorable terms, our ability to obtain sufficient financing to develop and construct our projects, our ability to comply with governmental regulations and our ability to obtain necessary permits, and (xiv) other uncertainties and risk factors set out in filings made from time to time with the U.S. Securities and Exchange Commission (“SEC”) and the Australian Securities Exchange, including Piedmont’s most recent filings with the SEC. The forward-looking statements, projections and estimates are given only as of the date of this press release and actual events, results, performance, and achievements could vary significantly from the forward-looking statements, projections and estimates presented in this press release. Readers are cautioned not to put undue reliance on forward-looking statements. Piedmont disclaims any intent or obligation to update publicly such forward-looking statements, projections, and estimates, whether as a result of new information, future events or otherwise. Additionally, Piedmont, except as required by applicable law, undertakes no obligation to comment on analyses, expectations or statements made by third parties in respect of Piedmont, its financial or operating results or its securities.

Piedmont Lithium Completes Definitive Feasibility Study of Tennessee Lithium Project – Revised

Study demonstrates robust project economics, positive impacts of the Inflation Reduction Act

  • Feasibility indicates results of NPV8 of US$2.5 billion and post-tax IRR of 32% for the 30-year project
  • Average annual steady state EBITDA and after-tax cash flow increase to US$376 and US$317 million, respectively
  • Project economics demonstrate positive impact of America’s pro-EV policies
  • Innovative Metso:Outotec technology to provide improved sustainability profile over conventional conversion
  • Development-ready site with infrastructure, workforce, customer proximity, and cooperative government
  • Zoned for industrial use, reducing number of permits and approvals required to commence construction
  • Availability of low-cost, clean, reliable energy with TVA’s net-zero by 2050 aspiration
  • Permitting and project financing activities advancing with goal of commencing construction in 2024

BELMONT, NC, April 20, 2023 Piedmont Lithium Inc. (“Piedmont” or the “Company”) (Nasdaq:PLL; ASX:PLL), a leading global developer of lithium resources, is pleased to report the results of a Definitive Feasibility Study (“DFS” or “Study”) of the Company’s proposed Tennessee Lithium project in McMinn County, Tennessee. The Study of the 30,000 metric ton per year (“tpy”) lithium hydroxide (“LiOH”) plant featuring the innovative and waste-reducing Metso:Outotec conversion technology affirms the potential for Piedmont to develop an American-based lithium hydroxide business using spodumene concentrate from market sources, including via existing offtake agreements with Sayona Quebec and Atlantic Lithium.

Study economics for Tennessee Lithium are shown in Table 1 below and are highlighted by an estimated after-tax NPV (8% discount rate) of US$2.5 billion and an after-tax IRR of 32%. The Study assumes fixed prices of US$26,000 per metric ton of lithium hydroxide and US$1,600 per metric ton of spodumene concentrate over the project’s 30-year life. The model includes a Section 45X production tax credit of 10% under the Inflation Reduction Act of 2022 and assumes a credit of US$141.7 million against project capital costs based on expected receipt of a U.S. Department of Energy (“DOE”) grant. Tennessee Lithium development remains subject to, among other things, receipt of material permits and arrangement of project financing.

Table 1: Project Summary OutcomesUnitTennessee Lithium DFS (March 2023)
Operation life years 30
Steady state annual LiOH production tpy 30,000
Total initial capital cost US$mm $809
After-tax Net Present Value @ 8% discount rate US$mm $2,492
After-tax Internal Rate of Return % 32%
Steady state LiOH conversion all-in sustaining costs US$/t $2,952
Steady state spodumene purchase costs US$/t LiOH $10,721
Average annual steady state EBITDA US$mm/y $376
Average annual steady state after-tax cash flow US$mm/y $317
Payback from start of operations years 2.8

Piedmont President and Chief Executive Officer Keith Phillips, said he was pleased with the project economics and the positive impact of the Inflation Reduction Act, which strongly favors domestic battery and critical minerals production. “America’s pro-EV and battery manufacturing policies are providing an advantage to Piedmont at a time when many analysts are projecting lithium shortages to continue into the 2030s. Piedmont’s selection for a $141.7 million grant last year by the U.S. Department of Energy exemplifies America’s commitment to developing a domestic lithium supply chain.1

“Tennessee Lithium is positioned to be a key resource for EV and battery manufacturers,” Phillips added. “Through long- term supply agreements with our partners, we can source raw material from spodumene that we own or in which we have an economic interest, providing greater control of our feedstock while capturing the economics of integrated production. We can advance development of the operation with revenues anticipated from the restart of North American Lithium and our recent offtake agreements with Tesla and LG Chem. Further, with the Metso:Outotec flowsheet, we believe we can sustainably produce critical lithium materials on a cost-effective basis for a more responsible profile compared to producers utilizing sulfuric acid roasting.”

Piedmont is advancing permitting and project financing activities for Tennessee Lithium with the goal of beginning construction in 2024. The Company is focused on first commercial shipments in Q3 from North American Lithium with revenue generation to support activities across Piedmont’s global portfolio of projects, including Tennessee Lithium. A DFS is expected mid-2023 for the Ewoyaa Lithium Project in Ghana, which is expected to be the primary feedstock for Tennessee Lithium, while Carolina Lithium continues to advance through permitting and approvals processes.

About Piedmont Lithium

Piedmont Lithium (Nasdaq:PLL; ASX:PLL) is developing a world-class, multi-asset, integrated lithium business focused on enabling the transition to a net zero world and the creation of a clean energy economy in North America. Our goal is to become one of the largest lithium hydroxide producers in North America by processing spodumene concentrate produced from assets where we hold an economic interest. Our projects include our Carolina Lithium and Tennessee Lithium projects in the United States and partnerships in Quebec with Sayona Mining (ASX:SYA) and in Ghana with Atlantic Lithium (AIM:ALL; ASX:A11). These geographically diversified operations will enable us to play a pivotal role in supporting America’s move toward energy independence and the electrification of transportation and energy storage. For more information, follow us on Twitter @PiedmontLithium and visit www.piedmontlithium.com.


1 The grant will not be final until Piedmont Lithium and the DOE have agreed to specific terms and conditions of the grant. Once terms and conditions are finalized, funding of the grant will remain subject to satisfaction of conditions set forth in those terms.

TENNESSEE LITHIUM DEFINITIVE FEASIBILITY STUDY

This Definitive Feasibility Study (“DFS”) of Piedmont Lithium’s (“Piedmont” or “the Company”) proposed Tennessee Lithium project (“Project” or “LHP-2”) is based on a 30,000 metric ton per year (“tpy”) lithium hydroxide (“LiOH”) conversion facility featuring the innovative and waste-reducing Metso:Outotec conversion technology, which eliminates acid roasting of spodumene and reduces solid waste generation compared to conventional technologies.

The Project is based on a 30-year operation. This DFS assumes operations achieve nameplate capacity within a 12-month period, including both overall production and battery quality production. Table 2 provides a summary of production and cost figures for the Project as well as a comparison to the preliminary economic assessment of the Company’s LHP-2 project completed in March 2022. While the DFS assumes feedstock from Piedmont’s project investments in Quebec and Ghana, it does not incorporate the profits expected to be derived from the Company’s offtake agreements or the economic interests held in Sayona Quebec, Sayona Mining, and Atlantic Lithium. Note: All values are reported in U.S. dollars.

Table 2: Project Summary OutcomesUnitTennessee Lithium DFS ResultsLHP-2

PEA Results

Annual Production
Operation life years 30 30
Steady state annual LiOH production tpy 30,000 30,000
Average annual spodumene concentrate (SC6) purchases tpy 196,000 196,000
Operating and Capital Costs
Steady state LiOH all-in sustaining conversion costs $/t $2,952 $2,572
Spodumene concentrate purchase price assumption $/t SC6 $1,600 $1,200
Steady-state spodumene purchase costs $/t LiOH $10,721 $8,053
Development capital $mm $697 $480
Other owner’s costs $mm $26 $28
Contingency $mm $86 $64
Total initial capital cost$mm$809$572
Sustaining capital $mm $208 $163
Financial Performance
LiOH sales price assumption $/t $26,000 $22,000
After-tax Net Present Value (“NPV”) @ 8% discount rate $mm $2,492 $2,248
After-tax Internal Rate of Return (“IRR”) % 32% 33%
Average annual steady state EBITDA $mm/y $376 $346
Average annual steady state after-tax cash flow $mm/y $317 $269
Payback from start of operations years 2.8 3.1

Study Consultants

This Study combines information and assumptions provided by a range of independent consultants, including these key contributors:

Table 3: DFS Study Consultants
ConsultantScope of Work
Kiewit Engineering Group, Inc. Front-end engineering design contractor
Primero Group Americas Inc. LiOH plant design and overall Study integration
Metso:Outotec LiOH manufacturing technology package
HDR Engineering Environmental and permitting support and project controls
Carolina Material Technologies Product packaging plant designer
PLG Consulting Spodumene logistics consultants

Tennessee Lithium 30,000 tpy Lithium Hydroxide Plant Overview

Tennessee Lithium will be located at the North Etowah Industrial Park in McMinn County, Tennessee. Piedmont agreed to purchase the 279-acre site situated between Chattanooga and Knoxville in August 2022. Figure 1 shows Tennessee Lithium’s location relative to Piedmont’s headquarters and Carolina Lithium project in Gaston County, North Carolina.

Map  Description automatically generated

Figure 1 – Planned Tennessee Lithium Site Location in Etowah, Tennessee

The Project’s location in Tennessee was selected for several key reasons, including access to excellent infrastructure with convenient rail, road, and river transportation. The property is a CSX Select Site and a Select Tennessee Certified Site, ensuring that it meets high quality standards and is primed for development with documented environmental conditions and geotechnical analysis among other criteria. Further, the site is located in an Opportunity Zone, which gives Piedmont the ability to be a key contributor to the economic growth of the region.

The area also is home to a talented, industrial workforce with several nearby educational institutions to support workforce development objectives, including the Advanced Technologies Institute of Cleveland State Community College and the Tennessee College of Applied Technology – Athens.

Responsible power sources were another key criterion in the site selection process. Tennessee rated highly in this category due to the Tennessee Valley Authority’s aspiration to be net zero by 2050 and its commitment to replacing coal- fired generation with low-carbon resources, including nuclear, hydro, wind, and solar.

The site is in proximity to the “Battery Belt,” where battery and automotive plants are being constructed by prospective customers, and it is situated within a constructive business climate with cooperative local and state governments.

Figure 2 highlights examples of regional infrastructure as well as industries neighboring the industrial park.

Figure 2 –Industry and Infrastructure Near North Etowah Industrial Park

The DFS assumes that Tennessee Lithium will operate for 30 years and produce 30,000 tpy of lithium hydroxide at steady state from approximately 196,000 tpy of 6% Li2O spodumene concentrate (“SC6”) purchased at market rates from third parties. To support Tennessee Lithium operations, our strategy is to work with Atlantic Lithium to develop the Ewoyaa Lithium Project (“Ewoyaa”) in Ghana, where Piedmont holds offtake rights to 50% of spodumene concentrate production on a life-of-mine basis. Atlantic Lithium submitted an application for mining license to the Minerals Commission of Ghana for Ewoyaa in 2022 and expects to complete a definitive feasibility study in 2023 for the project.

In addition, spodumene concentrate may be purchased from Sayona Quebec, where Piedmont holds offtake rights for the greater of 113,000 tpy or 50% of spodumene concentrate production on a life-of-mine basis from North American Lithium (“NAL”) and the Authier Lithium Project. NAL restarted spodumene concentrate production in Q1 2023 and is expected to begin commercial shipments as early as Q3 2023.

While the strategy of the Company is to align operations in Tennessee Lithium primarily with the supply of spodumene concentrate from Ghana and secondarily with the supply from North American Lithium, the Project has the potential to accept spodumene concentrate from other market sources.

Process Design

Piedmont has selected Metso:Outotec’s innovative and proprietary alkaline pressure leach process, rather than traditional acid roasting, for production of lithium hydroxide at Tennessee Lithium. By eliminating the use of sulfuric acid, the pressure leach process is expected to reduce solid waste generation and overall air emissions. We believe our entire conversion method will be more efficient and environmentally sustainable than conventional acid-roasting spodumene- to-hydroxide technologies, resulting in a process that is safer for employees, the environment, and the community. While Metso:Outotec’s pressure leach process is new to the lithium industry, it has been proven in other applications, and we expect it will be adopted and proven by other lithium producers ahead of our timeline. All other unit operations, excluding the pressure leach within the process flowsheet, are currently widely employed in the lithium industry.

In 2021, Piedmont engaged Metso:Outotec to undertake pilot plant testwork using their pressure leach process based upon a spodumene concentrate sample derived from the Carolina Lithium project. In September 2022, Metso:Outotec began additional bench scale alkaline pressure leach testwork using spodumene concentrate samples sourced from Ewoyaa and NAL. Supplemental testwork on third-party concentrates is planned to support design basis and determine the impact of mineralogical/characteristic variability, however, the process is being designed to convert a wide variety of spodumene sources with minor adjustments. Based on the testwork completed, Metso:Outotec expects that 196,000 tpy of SC6 will be required to produce 30,000 tpy of battery quality lithium hydroxide, which allows this Study to assume a 91% lithium conversion rate through the lithium hydroxide conversion plant.

A picture containing text, diagram, screenshot, font  Description automatically generated

Figure 3 – Proposed Tennessee Lithium Process Block Flow Diagram

Site Plan

A preliminary site plan and 3D model (Figure 4) of the Tennessee Lithium plant, including lithium hydroxide manufacturing, rail siding, and ancillary facilities, was developed by Primero Group and Kiewit Engineering during the course of the Study. Layout optimization and value engineering are ongoing as part of front-end engineering design efforts.

Figure 4 – Isometric View of Tennessee Lithium

Infrastructure

Transportation

The proposed Tennessee Lithium site is located in the North Etowah Industrial Park in McMinn County, approximately

3.5 miles north of Etowah, Tennessee, and 6 miles southeast of Athens, Tennessee.

Etowah is located between Chattanooga and Knoxville, Tennessee, along the I-75 Corridor. Secondary roads connect Etowah to Athens, the closest access point to the Interstate. US Highway 411 runs through the city, paralleling the Interstate.

The North Etowah Industrial Park is a CSX Select Site, and the CSX main line track is adjacent to the Tennessee Lithium property. The CSX Select Site program reviews the most capable manufacturing and distribution development properties along the CSX network that can rapidly utilize freight rail service. The designation confirms that standard land use issues have been addressed and the site is ready for development.

Additionally, the site is in proximity to the Hiwassee River, which could provide an option for barge transportation via the Tennessee River system.

Power

Power supply to the site will be via a 161kV transmission line tap on the Tennessee Valley Authority (“TVA”) transmission system. The line tap will be provided by Etowah Utilities and will connect to a new local substation on the Project site. The substation will have the main step-down transformers to reduce voltage from 161kV to 13.8kV for power distribution on site.

The Project is expected to purchase power from the City of Etowah via an existing distributor contract that Etowah has with TVA. The Company has entered into a deposit agreement with TVA with respect to providing preliminary engineering design of a special delivery point to the Project’s planned substation.

TVA has transformed its power generation mix from 36% carbon free in 2005 to 57% carbon free in 2020, while reducing carbon emissions by 70% during that time period. TVA reduced its reliance on coal-fired power from 57% in 2005 to 15% in 20202 as part of that change in the generation mix. TVA also offers industrial customers the opportunity to partner in green energy programs, including TVA Green Flex and TVA Green Invest.3 Piedmont continues to evaluate these programs as opportunities to improve our overall emissions profile.

Waste Disposal Facilities

The study assumes that Piedmont will construct or acquire a storage facility for the analcime tailings from the pressure leach conversion process. These costs are included in the initial capital costs of the Project. The DFS also includes estimated costs to operate this facility as well as sustaining capital for storage facility maintenance and expansion during the 30-year Project life.

Piedmont continues to work with potential regional partners that could repurpose the analcime tailings for beneficial uses to reduce the Project’s solid waste profile and further lower production costs.

Natural Gas

The Company has entered into agreements securing capacity reservations for natural gas supply from the City of Etowah for firm-primary supply of 500 dekatherm/day of natural gas and a secondary capacity reservation of 4,350 dekatherm/day from Symmetry Energy Solutions. Excess natural gas requirements above these amounts will be provided by Symmetry Energy Solutions, if required.

Logistics

Piedmont commissioned PLG Consulting (“PLG”) to evaluate various logistics alternatives for delivery of spodumene concentrate to Tennessee Lithium. PLG studied over 20 modal options for spodumene concentrate delivery to Etowah, Tennessee, including nine ocean ports and terminals, two river terminals, six barge operators, two stevedoring companies, three railroads, and truck delivery.

Based on PLG’s analysis, the Study has assumed that spodumene concentrate can be delivered by rail from several U.S. East Coast or Gulf ports and delivered by rail or truck to Etowah, Tennessee with barge transportation as an alternate delivery option.

Permitting

As a Select Tennessee Certified Site, the property had already undergone a range of evaluations and analysis prior to Piedmont’s site selection to ensure that it is primed for development. The location within the North Etowah Industrial Park reduces the number of permits and approvals that Piedmont will need to independently secure to commence construction and operations at Tennessee Lithium.

In October 2022, the Company submitted an application for a Conditional Major Non-Title V Air Permit to the Tennessee Department of Environment and Conservation (“TDEC”). TDEC requested additional information related to our application in November 2022, and we responded in December 2022. In February 2023, TDEC deemed our application complete and subject to ongoing review. The Company also submitted a Construction Stormwater permit for the Project in March 2023. We expect to receive these permit approvals in Q2 or Q3 2023, allowing construction to commence once project financing has been arranged.

Certain height variances for structures may be required from McMinn County or the City of Etowah for the Project, depending on the final engineering design. Piedmont is currently collaborating with local officials and emergency response representatives regarding the potential requirements.


2 https://www.tva.com/about-tva/learn-about-tva/environmental-leadership

3 https://www.tva.com/energy/valley-renewable-energy/renewables-for-large-business-and-industry

Marketing

Lithium Market Outlook

Benchmark Mineral Intelligence (“Benchmark”) reports that total battery demand grew to nearly 590 GWh in 2022 translating to 540kt of lithium carbonate equivalent (“LCE”) demand in 2022, a growth of 55% over 2021 demand. Benchmark calculated total demand in 2022 to be 672kt on an LCE basis. Benchmark further expects the market to remain in a structural deficit (see Figure 5) as demand outpaces supply. In the near impossible scenario that all projects come online on time and as planned, without any issues, Benchmark projects a modest surplus in 2025-2027 before the market returns to a perpetual deficit without further new projects yet undiscovered or developed.

Figure 5 – Lithium supply demand forecast

Lithium prices have experienced volatility since Piedmont published the preliminary economic assessment (“PEA”) for LHP-2 (now referred to as Tennessee Lithium) in March 2022. Prices continue to show volatility, but current spot prices for battery-grade lithium hydroxide and spodumene concentrate remain above historical averages. Since the PEA was published, market analysts and industry consultants have largely revised their price forecasts for lithium hydroxide and spodumene concentrate higher over both the medium- and long-term to account for changing industry dynamics.

This Study assumes flat prices of $26,000/t for battery-grade lithium hydroxide and $1,600/t for spodumene concentrate for the life of the Project. The selected price deck represents a discount to current spot market prices and recorded sale prices disclosed by operating companies in the space. The price forecasts were developed based on a basket of market analysts and industry consultant medium- and long-term price forecasts, in addition to internal expectations around the future pricing environment. We believe that prices should remain elevated for several years based on increasing demand for lithium-ion batteries, a shortage of qualified supply, and the emergence of high-cost lepidolite and other alternative supply sources. Figure 6 compares the pricing used in the Study to historical pricing for lithium hydroxide and spodumene concentrate.

Figure 6 – Historical Battery Quality Lithium Hydroxide (ex-China) and Spodumene Concentrate Prices ($/t) as of April 18, 2023 (Fastmarkets)

As shown in Figure 7 below, North America is seeing considerable growth in battery plant capacity.


Figure 7 – Select Battery Plants Operating, Under Construction, or Announced in the United States

Figure 8 below shows the corresponding lithium hydroxide demand given the expected capacity of the announced U.S. battery manufacturing plants at full production, reflecting dramatic growth from the current installed capacity base in the U.S. of approximately 20,000 tpy.

Figure 8 – Lithium Hydroxide Estimated Demand for Select U.S. Giga-Factories

Market Strategy

Piedmont is focused on establishing strategic partnerships with customers for battery grade lithium hydroxide with an emphasis on a customer base that supports EV demand growth in North America and Europe. Piedmont expects to concentrate this effort on these growing EV supply chains, particularly considering the increasing commitments of battery and battery material manufacturing by groups such as Tesla, Ford, General Motors, Stellantis, Volkswagen, Toyota, LG Energy Solutions, LG Chem, SK Innovation, Samsung SDI, and others. Discussions with prospective customers and strategic parties are ongoing.

Operating and Capital Costs

Operating Cost Estimates

The operating cost estimate was prepared based on producing 30,000 tpy of lithium hydroxide monohydrate at Tennessee Lithium. Table 4 summarizes the estimated average operating costs during steady state operations and provides a comparison to the operating costs estimated in the PEA announced in March 2022.

Table 4: Chemical Plant Cash Operating Cost Summary (Steady State Operations)
DFS (March 2023)PEA (March 2022)
Operating Cost ComponentAnnual Cost ($mm/y)Annual Cost ($mm/y)
Cost $/t LiOHCost $/t LiOH
Salaries $14.1 $469 $10.0 $334
Operating consumables and reagents $30.8 $1,027 $33.0 $1,099
Power $7.7 $256 $6.4 $214
Maintenance $13.0 $435 $3.2 $107
Mobile equipment $0.4 $13 $0.3 $10
Lab expenses $2.1 $70 $2.1 $70
Tailings disposal $1.3 $43 $5.7 $191
Chemical plant overheads $3.5 $116 $3.1 $103
Subtotal conversion costs$72.9$2,429$63.8$2,128
SC6 supply costs (cash cost basis) (delivered to site) $321.6 $10,721 $241.6 $8,053
Corporate G&A allocation $8.0 $267 $8.0 $267
Total cash operating costs (steady state basis)$402.5$13,417$313.4$10,448
Sustaining capital $7.7 $256 $5.3 $177

The DFS operating cost estimate is based on Q4 2022 U.S. dollars with no inflation allowance. Target accuracy of the operating cost estimate is ±15%. Operating costs are based on steady state production.

Capital Cost Estimates

Table 5 highlights the total estimated capital expenditures for the Tennessee Lithium project. Variable contingency has been applied to Project costs based on the level of engineering definition completed and the confidence level of supplier and contractor quotations. The capital cost estimate has a ±15% accuracy and is based on a Q4 2022 cost basis.

Table 5: Estimated Capital Costs
Cost CenterDFS Estimated Capital Costs ($mm) (March 2023)PEA Estimated Capital Costs ($mm) (March 2022)
Direct development costs $540.9 $423.3
Project indirect costs $156.2 $56.9
Owner’s costs $25.7 $28.0
Contingency $86.6 $63.9
Total Development Capital$809.4$572.1
Deferred and sustaining capital $207.6 $163.3
Working capital $97.4 $127.9

Figure 9 summarizes the significant CAPEX changes from the February 2022 PEA to the March 2023 DFS. The majority of the increases in CAPEX are due to inflation logistics and an increase in project definition.

Figure 9 – Capital Cost Comparison from PEA to DFS

Project Schedule

Overall schedule development of the Tennessee Lithium project has been completed to a DFS level. An anticipated summary schedule is presented in Figure 10. Piedmont expects to complete front-end engineering design by the end of Q3 2023. Concurrent with completing FEED, Piedmont plans to begin detailed design engineering for the Project. Ordering of long-lead equipment and EPC execution will occur upon completion of permitting and project financing activities.

The Project schedule remains subject to ongoing design engineering, permitting approvals, spodumene concentrate supply sourcing, EPC contract negotiation, market conditions, and project financing activities.

Figure 10 – Indicative Tennessee Lithium Project Schedule

Taxes and Depreciation

Tennessee Lithium project economics include, but are not limited to, the following key parameters related to taxes and depreciation allowances.

  • Model assumes Tennessee state corporate taxes of 6.5%.
  • The Federal tax rate of 21% is applied and state corporate taxes are deductible from this rate.
  • Depreciation in the lithium hydroxide plant is based on Asset Class 28.0 – Mfg. of Chemical and Allied Products in Table B-1 using GDS of 5 years with the double-declining balance method.
  • Bonus depreciation of 80% has been applied based on the bonus depreciation allowance in the Tax Cuts and Jobs Act of 2017, where applicable.
  • A 10% production tax credit under Section 45X of the Inflation Reduction Act has been included in the financial model. The tax credit is applied to all operating costs, including spodumene concentrate purchases.

Modeling Assumptions

A project economical model was completed by Primero as part of the Study with the following key assumptions:

  • Capital and operating costs are in accordance with technical study outcomes.
  • Chemical plant ramp-up is based on a 12-month timeframe to nameplate production.
  • Financial modeling has been completed on a yearly basis, including estimated cash flow for construction activities and Project ramp-up.
  • Pricing information for battery-grade lithium hydroxide sales and spodumene concentrate supply are based on a fixed price of $26,000/t for battery quality lithium hydroxide and $1,600/t for 6.0% Li2O spodumene concentrate.
  • Taxes and depreciation allowances according to stated assumptions.

Financial Modeling

The DFS assumes a chemical plant production life of 30 years as well as operations using market procurement of SC6, including potentially from offtake sources currently controlled by or contracted with Piedmont.

The current economic model is based on a yearly projection of capital costs and assumes that the full capital cost is spent across 2 years prior to commissioning the chemical plant. The chemical plant is assumed to ramp up to full production over a one-year period.

Payback Period

The payback period for Tennessee Lithium is estimated to be 2.8 years after the start of chemical plant operations or 5.3 years from the start of construction. The payback period is calculated based on after-tax free cash flow.

Sensitivity Analyses

Key inputs in the DFS have been tested by pricing, capital cost, and operating cost sensitivities. The impact to after-tax net present value (“NPV”) is presented in Figure 11, while the impact to Project internal rate of return is presented in Figure 12. Additionally, applying discount rates of 7% and 9% resulted in NPV7 of $2,851mm and NPV9 of $2,185mm.

Sensitivity Analysis – After Tax NPV8 (US$mm)

Figure 11 – Tennessee Lithium net present value sensitivity analysis


Sensitivity Analysis – After Tax IRR

Figure 12 – Tennessee Lithium Internal Rate of Return Sensitivity Analysis

Project Financing

In October 2022, the Company was selected for a US$142 million grant from the U.S. Department of Energy (“DOE”) to support the construction of its Tennessee Lithium project in McMinn County, Tennessee. As part of the selection for this DOE funding, the Company has been invited to negotiate the specific terms of the grant, including timing and any co- funding. The final details of the project grant are subject to these negotiations. The grant will not be final until the Company and the DOE have agreed to the specific terms of the grant. Once the terms have been finalized, funding of the grant will remain subject to satisfaction from time to time of conditions precedent set forth in those terms.

Assuming the availability of the US$142 million grant from the DOE, to achieve the range of outcomes indicated in the Study, additional funding in the order of US$668 million will likely be required to construct the Tennessee Lithium project. Investors should note that there is no certainty that the Company will be able to raise this amount of funding when needed. It is also possible that such funding may only be available on terms that may be dilutive to or otherwise affect the value of the Company’s existing shares.

The Company is debt free and is in a strong financial position, with approximately $129 million cash on hand at the end of Q1 2023. The current strong financial position means the Company is soundly funded to continue front-end engineering design activities, permitting, and detailed design engineering efforts needed to advance the Project to a final investment decision.

The Company considers that given the nature of the Project, the remaining funding required to construct the Tennessee Lithium project may involve potential strategic investors or end user customers, with potential funding sources including, but not limited to, traditional equity and debt, offtake prepayments and streams, royalty prepayments, or strategic equity, at either the Company and/or Project level.

Piedmont’s shares are listed on the Nasdaq Capital Market (“Nasdaq”) and its Chess Depositary Instruments (“CDI’s”) are listed on the Australian Securities Exchange (“ASX”). Nasdaq is one of the world’s premier venues for growth companies and provides increased access to capital from institutional and retail investors in the United States. Our market capitalization is approximately US$1.1 billion and we have a track record of successful equity raises over the past three years including most recently a US$75 million private placement with LG Chem in February 2023. Between October 2020 and December 2022, we successfully raised US$310 million in gross proceeds from equity offerings.

As a result, the Board has a high level of confidence that the Project will be able to secure funding in due course, having particular regard to:

  • Required capital expenditure;
  • Piedmont’s market capitalization;
  • The Company’s track record in raising equity;
  • Recently completed funding arrangements for similar or larger scale projects;
  • The range of potential funding options available;
  • The favorable key metrics generated by the Project; and
  • Investor interest to date.

Conclusions and Next Steps

The Tennessee Lithium DFS Study results demonstrate a robust technical and financial case for Piedmont to establish a merchant lithium hydroxide manufacturing business in the United States using spodumene concentrate from market sources, including the existing offtake agreements secured by the Company in 2021. The Company will now undertake the following activities with a view to a possible Final Investment Decision in 2024:

  • Complete front-end engineering design.
  • Continue permitting activities associated with the Project.
  • Undertake additional pilot testwork programs with Metso:Outotec.
  • Begin detailed design engineering.
  • Continue project financing discussions.

Forward Looking Statements

This announcement includes forward-looking statements within the meaning of applicable securities laws, including statements about LHP-2, the potential selection of a site for such plant, timing and expectations around any development and production of the plant and estimates and assumptions around permitting, revenues and costs of the plant. These forward-looking statements are based on Piedmont’s expectations and beliefs concerning future events. Such forward- looking statements concern Piedmont’s anticipated results and progress of its operations in future periods, planned exploration and, if warranted, development of its properties and plans related to its business and other matters that may occur in the future. These statements relate to analyses and other information that are based on forecasts of future results, estimates of amounts not yet determinable and assumptions of management. All statements contained herein that are not clearly historical in nature are forward-looking, and the words “anticipate,” “believe,” “expect,” “estimate,” “may,” “might,” “will,” “could,” “can,” “shall,” “should,” “would,” “leading,” “objective,” “intend,” “contemplate,” “design,” “predict,” “potential,” “plan,” “target” and similar expressions are generally intended to identify forward- looking statements.

Forward-looking statements are subject to a variety of known and unknown risks, uncertainties and other factors which could cause actual events or results to differ from those expressed or implied by the forward-looking statements. Such factors include, among others, risks related to:

  • the risk that anticipated plans, development, production, revenues or costs are not attained;
  • Piedmont’s operations being further disrupted and Piedmont’s financial results being adversely affected by public health threats, including the novel coronavirus pandemic;
  • Piedmont’s and its partners’ limited operating history in the lithium industry;
  • Piedmont’s status as a development stage company, including Piedmont’s ability to identify lithium mineralization and achieve commercial lithium mining;
  • risks of mining, exploration and mine construction, if warranted, on the properties of Piedmont and its partners, including timing and uncertainties related to acquiring and maintaining mining, exploration, environmental and other licenses, permits, access rights or approvals in Gaston County, North Carolina, the Province of Quebec, Canada and Cape Coast, Ghana as well as properties that Piedmont may acquire or obtain an equity interest in the future;
  • completing required permitting activities required to commence processing operations for Tennessee Lithium;
  • Piedmont’s ability to achieve and maintain profitability and to develop positive cash flows from Piedmont’s processing activities;
  • risk around estimates of mineral reserves and resources of Piedmont and its partners and whether any such mineral resources will ever be developed into mineral reserves;
  • investment risk and operational costs associated with exploration activities of Piedmont and its partners;
  • the ability of Piedmont and its partners to develop and achieve production on their properties;
  • Piedmont’s ability to enter into and deliver products under supply agreements;
  • the pace of adoption and cost of developing electric transportation and storage technologies dependent upon lithium batteries;
  • Piedmont’s ability to access capital and the financial markets;
  • recruiting, training and developing employees;
  • possible defects in title of Piedmont’s properties;
  • compliance with government regulations;
  • environmental liabilities and reclamation costs;
  • estimates of and volatility in lithium prices or demand for lithium;
  • Piedmont’s common stock price and trading volume volatility;
  • the development of an active trading market for Piedmont’s common stock;
  • Piedmont’s failure to successfully execute its growth strategy, including any delays in Piedmont’s planned future growth; and
  • other factors set forth in Piedmont’s most recent Annual Report on Form 10-K and subsequent reports, as filed with the U. S. Securities and Exchange Commission.

All forward-looking statements reflect Piedmont’s beliefs and assumptions based on information available at the time the assumption was made. These forward-looking statements are not based on historical facts but rather on management’s expectations regarding future activities, results of operations, performance, future capital and other expenditures, including the amount, nature and sources of funding thereof, competitive advantages, business prospects and opportunities. By its nature, forward-looking information involves numerous assumptions, inherent risks and uncertainties, both general and specific, known and unknown, that contribute to the possibility that the predictions, forecasts, projections or other forward-looking statements will not occur. Although Piedmont have attempted to identify important factors that could cause actual results to differ materially from those described in forward-looking statements, there may be other factors that cause results not to be as anticipated, estimated or intended. Should one or more of these risks or uncertainties materialize, or should underlying assumptions prove incorrect, actual results may vary materially from those anticipated, believed, estimated, or expected. Piedmont cautions readers not to place undue reliance on any such forward-looking statements, which speak only as of the date made. Except as otherwise required by the securities laws of the United States, Piedmont disclaims any obligation to subsequently revise any forward-looking statements to reflect events or circumstances after the date of such statements or to reflect the occurrence of anticipated or unanticipated events. Piedmont qualifies all the forward-looking statements contained in this release by the foregoing cautionary statements.

For further information, contact:

Erin Sanders
SVP, Corporate Communications & Investor Relations
T: +1 704 575 2549
E: esanders@piedmontlithium.com

Christian Healy/Jeff Siegel
Media Inquiries
E: christian@dlpr.com
E: Jeff@dlpr.com