Orbite presentation april 2013 final 930

TSX: ORT OTCQX: EORBFTSX: ORT OTCQX: EORBF
Corporate Presentation, April 2013
TSX: ORT OTCQX: EORBF
Alumina and REO/RMO Production Using Our Innovative and Proprietary Processes

Forward Looking Statements
Cautionary Note Regarding Canadian Mineral Disclosure Standards
Certain information contained in this document may include “forward-looking statements”. Forward-looking statements may include statements regarding Orbite Aluminae Inc. (“Orbite” or the “Company”) intentions,
beliefs or current expectations about its projects, costs, objectives and future returns of the Company, or hypotheses underlying these items. In this document, words such as “may”, “would”, “could”, “will”, “likely”,
“believe”, “expect”, “anticipate”, “intend”, “plan”, “estimate” and similar words and the negative form thereof are used to identify forward-looking statements. Forward-looking statements should not be read as
guarantees of future performance or results, and will not necessarily be accurate indications of whether, or the times at or by which, such future performance will be achieved. Forward-looking statements are based on
information available at the time and/or management’s good-faith beliefs with respect to future events, and are subject to known or unknown risks, uncertainties, assumptions and other unpredictable factors, many of
which are beyond the Company’s control. These risks uncertainties and assumptions include, but are not limited to, those described in the section of the Management’s Discussion and Analysis (MD&A) entitled “Risk
and Uncertainties” as filed on March 22, 2012 on SEDAR ,and in the section ‘’Risk Factors’’ of the Annual Information Form of March 30th, 2012 also filed on SEDAR, and could cause actual events or results to differ
materially from those projected in any forward-looking statements. The Company does not intend, nor does it undertake any obligation to update, or revise any forward-looking statements or other information
contained in this document to reflect subsequent information, events or circumstances or otherwise, except as required by applicable laws. The Revised Preliminary Economic Assessment (the “PEA”) on the Company’s
Metallurgical Grade Alumina project (the “SGA Project” or “SGA Plant”) with an effective date of November 24, 2011 and a revised report date of May 30, 2012, is preliminary in nature and it includes Indicated Mineral
Resources of aluminous clay that are considered too speculative geologically to have the economic considerations applied to them that would enable them to be categorized as Mineral Reserves. There is no certainty
that the conclusions reached in the PEA will be realized. Mineral Resources that are not Mineral Reserves have not demonstrated economic viability.
The Company is required to provide technical information with respect to mineralization on its Grand-Vallée property in accordance with Canadian standards which differ significantly from the requirements of the
United States Securities and Exchange Commission (the “SEC”), and resource information contained in this document, the PEA and other public disclosure documents filed by the Company on SEDAR may not be
comparable to similar information disclosed by U.S. companies that are subject to the reporting and disclosure requirements of the SEC. This document and the PEA include references to mineral resource estimates that
have been calculated in accordance with National Instrument 43-101 - Standards of Disclosure for Mineral Projects (“NI 43-101”), as required by Canadian securities regulatory authorities. In particular, this document
and the PEA use the terms “indicated mineral resources” and “inferred mineral resources.” Readers are cautioned that the term "resource" does not equate to the term "reserves". Further, the definitions of proven and
probable reserves used in NI 43-101 differ from the definition of “reserves” under U.S. standards. Under SEC standards, mineralization may not be classified as a "reserve" unless the determination has been made that
the mineralization could be economically and legally produced or extracted at the time the reserve determination is made. Among other things, all necessary permits would be required to be in hand or issuance
imminent in order to classify mineralized material as reserves under the SEC standards. Mineral resources that are not mineral reserves do not have demonstrated economic viability. Readers are cautioned not to
assume that all or any part of indicated or inferred mineral resources will ever be converted into reserves. The SEC's disclosure standards normally do not permit the inclusion of information concerning "indicated
mineral resources" or "inferred mineral resources" or other descriptions of the amount of mineralization in mineral deposits that do not constitute “reserves” by U.S. standards in documents filed with the SEC. Readers
should also understand that “inferred mineral resources” have a great amount of uncertainty as to their existence and as to whether they can be mined legally or economically. It cannot be assumed that all or any part
of an “inferred mineral resource” will ever be upgraded to a higher category. Under Canadian rules, estimated “inferred mineral resources” may not form the basis of feasibility or pre-feasibility studies except in rare
cases.
Marc Filion, Eng., a Qualified Person, reviewed the technical information disclosed herein. Dr. Filion is a Consultant of Orbite, and as such, is not independent pursuant to NI 43-101.
For a detailed breakdown of the Company’s resource position and Preliminary Economic Assessment for the SGA plant see the ORT May 31, 2012 press release, available on the Company’s website.
Orbite Aluminae Inc. 2

Orbite Snapshot
 Orbite is a resource developer and a mineral processing technology company.
 Orbite has developed innovative proprietary processes for producing alumina and other high-
value elements including rare earths and rare metals that differ from the rest of the industry.
 Orbite’s short-term priority is our high-purity alumina (HPA) plant:
 HPA samples are being shipped to clients.
 Operating at Phase I capacity of less than 1 tpd, increasing to 5 tpd by Q1 2014.
 Orbite’s medium-term projects include:
 Building our first smelter-grade alumina (SGA) plant using clay from our 1 billion tonne
deposit at Grande-Vallée. A Feasibility Study is anticipated in Q1 2014 subject to concluding
negotiations with a JV partner and securing sufficient funding.
 Building the world’s first red mud remediation (RMR) plant with Veolia Environmental
Services as part of our exclusive worldwide agreement. Site selection is in progress. Veolia
intends to build RMR plants worldwide under a technology license.

Thinking Outside The Bauxite
Orbite Aluminae Inc.
TM
4
 Orbite’s innovative and proprietary hydrochloric acid process can produce alumina and high-value by-
products, including rare earths and rare metals, at one of the lowest costs in the industry using
aluminous clay, bauxite, kaolin, nepheline, red mud and fly-ash.
 No wastes or tailings are produced since all
constituent elements can be recovered and the
acid is recovered and regenerated.
 Defies conventional mining approach
which attempts to recover only a few
valuable elements.
 Enabled by selective precipitation of the
elements and recent advances in
chemical process technology.

Aluminous Clay, Red Mud and Other Feedstocks
 Alumina, iron, silica, titanium and magnesium are the most abundant rock-forming elements:
 Most common elements in our feedstocks and man-made wastes such as red mud and fly ash.
 Feedstock composition will determine the plant design and economics.
 Any rare earths & rare metals can be recovered as individually separated oxides.
5Orbite Aluminae Inc.
Plant Design SGA Plants RMR Plants FAR Plants
Feedstock(s) Aluminous Clay Bauxite Kaolin Nepheline Red Mud Waste Fly Ash
Abundance Ubiquitous
Worldwide
Tropical and Sub-
Tropical Regions
Only
Specific Regions
Worldwide
Specific Regions Waste Stockpiles
Near Alumina
Refineries
Waste Stockpiles
Near Coal Power
Plants
Alumina (Al2O3) 18-25% 40-60% 18%-80% 20-40% 18-25% 12-17%
Hematite (Fe2O3) 7-10% 2-20% 0-2% 0-3% 28-35% 10-15%
Silica (SiO2) >50% 1-7% 10%-65% 35-55% 8-12% 27-35%
REO/RMO
Potential
Ga2O3, Sc2O3,
REO
Ga2O3, Sc2O3 Not Determined Not Determined Ga2O3, Sc2O3 Not Determined
Other Important
By-products
MgO, K2O, TiO2 TiO2 Not Determined K2O, Na2O TiO2 Not Determined
Note: Grade ranges and potential elements are only provided for general comparison between feedstocks and should not be relied upon as being representative or economic.

 Makes the 125-year old Bayer process obsolete while resolving critical industry issues:
 Can only use high-quality bauxite All bauxite can be used as a feedstock
 Facing rapid decline in bauxite quality Inexhaustible due to multiple abundant feedstocks
 Transport costs to smelters Plants can be built near aluminum smelters
 Produces >100M tpy red mud waste Generates no wastes or tailings2
 Red mud stockpiles >3B tonnes Converts red mud liabilities into assets
 Operating costs are rising OPEX at the bottom of industry cost curve
“The most promising hydrochemical method to process low grade bauxite ores
is using hydrochloric acid.
RUSAL is cooperating(1) with Orbite Aluminae in the field of hydrochloric acid
process development and implementation in a large commercial scale”
UC RUSAL Technical Report, ICSOBA, Brazil, October 2012.
Comparison of acidic and alkaline technologies for producing alumina from low grade ores.
(1) Orbite signed an MOU with UC RUSAL in March 2012 to become a potential JV partner in first SGA plant.. 2: RMR plants will return 10% of red mud volume as an inert and neutral residue
Industry Standard Bayer Process Orbite’s Proprietary Technology
Orbite is an Alumina Game Changer
6

2013 Business Strategy
1. High Purity Alumina (HPA) : Achieve commercial production at our first plant in Cap-Chat, Quebec
 Began shipping commercial samples in March 2013.
 Ongoing optimization, will increase production to 3 tpd in Q4 2013 and to 5 tpd in Q1 2014.
2. Smelter-Grade Alumina (SGA) : Conclude JV agreement(s) for our first SGA plant
 Negotiating with UC RUSAL and other potential key JV partner.
 Feasibility Study and detailed engineering to be funded post-JV agreement.
3. Red Mud Remediation (RMR): Exclusive worldwide agreement with Veolia Environmental Services
 Veolia will determine site selection and optimal capacity for the world’s first RMR plant.
 Negotiate final agreement for the licensing/royalty structure and funding/ownership of first RMR plant.
SGA Plants
HPA Plants
Aluminum Smelters
Smelter-Grade Alumina
(98.5%)
High-Purity Alumina (4N-6N)
Gallium, Scandium
Fuel
Cells, Alloys, Magnets, Aeros
pace, Automotive
Silica, Hematite,
Titanium, Scandium, Gallium,
REE and Other Elements
Potential
Feedstocks:
Aluminous Clay,
Bauxite, Kaolin,
Nepheline, Red Mud
and Fly Ash Veolia RMR Plants
and Other Licensing
Substrates for LED Lights &
Displays, Semiconductors
Business Model: Three Principal Revenue Streams

Quebec Alumina Market and Project Sites
 Quebec’s Gaspé region is strategically situated near 14 smelters1, representing the
world’s 3rd largest aluminum producing region after China and Russia, importing up
to 8M tonnes SGA per year.
1: Smelters: 9 Quebec, 2 New York and 3 Iceland.
2: See ORT May 31, 2012 press release for detailed breakdown.
3: See ORT Nov 14, 2012 press release for details.
 100% of Grande-Vallée claims
(34km2) with a 1 billion tonne
Indicated Resource2.
 Received a 70 million tonnes 20
year renewable mining lease at
Grande-Vallée, sufficient for
operation of our first SGA plant.
 100% of additional claims over
550km2 (16x size of Grande-
Vallée) along the same clay
formation near Cap-Chat and
Rimouski.
 Chaswood Option agreement3 to
earn 100% of claims (26km2)
along a kaolin formation near
Halifax, Nova Scotia.

HPA Plant: Optimization of Plant at Cap-Chat, Quebec
 HPA is primarily used to manufacture industrial sapphires which are used as substrates (heat-sinks) in LED lights
and displays. The market is mainly for 99.99% (4N) to 99.999% (5N) purities. There are no spot prices.
 HPA plant began operating in Q1 2013:
 4N HPA samples shipped in March 2013, optimizing towards 4N5 and 5N.
 Currently operating at Phase I production capacity of < 1 tpd.
 Phase II production capacity of 3 tpd in Q4 2013 and 5 tpd in Q1 2014.
 2013 CAPEX estimate of $23M(1) for additional calcinator and related equipment to achieve Phase II
 Scandium and gallium recovery circuit will be commissioned in Q4 2013.
(1) Total plant capex estimated at $55M net of RITCs (Refundable income tax credits are 40% of the first $75M and %5 thereafter).
 Mar. 2012 Announces plan to convert SGA pilot plant into an
HPA plant with 3 tpd capacity by the end of 2013
 Nov 2012 Announces planned expansion from 3 tpd to 5 tpd in
H2 2013 following installation of additional of
equipment (calcinator(s)) in H2 2013
 Dec. 2012 Initiates HPA plant commissioning activities
 Jan. 2013 First tonne of 4N HPA produced
Initiates HPA plant optimization activities
 Mar. 2013 Begins shipping HPA samples to potential clients
Accomplishments
 H1 2013 Continue operating at less than 1 tpd
Samples continue to be tested by customers
 mid-2013 First contracts and sales with customers
 H2 2013 Installation and commissioning of new calcinator(s)
 Q4 2013 Capacity increases to 3 tonnes of HPA per day
and declaration of commercial production
 Q1 2014 Achieve run-rate capacity of 5 tonnes of HPA per day
Upcoming Milestones
2013 CAPEX Estimate to complete 5 tpd plant: ~$23M

SGA Plant: Negotiating with Potential JV Partners
 Sep. 2009 Acquires Cap-Chat facility to house its pilot plant
 Jan. 2011 SGA Pilot Plant begins initial testing
 Feb. 2011 SGA Pilot Plant Produces 1st tonne of SGA
 Mar. 2012 SGA Pilot Plant operations completed, signs MOU with
UC RUSAL for potential JV partnership
 May 2012 Files NI 43-101 compliant PEA Technical Report
 June 2012 MOU with NALCO to evaluate Orbite's technology
 Oct. 2012 Modifies process design; expects at least 30% fossil
fuel and 60% water consumption reduction
 2013 Selection of JV partner(s); ongoing discussions
with various potential partners
 Q4 2013 Selection of SGA plant site
 Q1 2014 Completion of Feasibility Study
 2014 Initiate construction of SGA plant
 2015 Potential Phase I Initial Production
Accomplishments Upcoming Milestones
Funding will be determined with
selection of JV Partner
 Orbite intends to build its first SGA plant in Quebec using clay from the Grande-Vallée deposit.
 Negotiations are advancing with UC RUSAL and other potential joint-venture partners:
 JV partner will provide funding into each phase of construction.
 Basic engineering design is already completed.
 Feasibility Study and detailed engineering will be funded post-JV Agreement.
 HPA plant acts as an SGA demonstration plant since both use the same proprietary processes.

SGA Plant: Preliminary Economics Assessment
Financial Results
Sales $358M
EBITDA $237M
EBITDA margin 66%
Financial Performance
NPV pre-tax @ 10% $1,690M
IRR 48%
Payback 2.1 years
PEA Financial Highlights using Low-Case Sensitivity Analysis (1)
Capex requirements to be
shared with JV partner(s)
 PEA was based on processing 2.5M tonnes per year of aluminous clay from Grande-Vallée deposit.
 Annual production of 540,000 tonnes smelter-grade alumina, 189,298 tonnes hematite, 1.2M tonnes silica,
49 tonnes scandium oxide, 75 tonnes gallium oxide, and 846 tonnes of heavy and light rare earth oxides.
Financial Highlights Sales Segmentation CAPEX & OPEX Requirements
Total CAPEX ~$500M
Total Annual OPEX ~$113M
Per tonne SGA ~$210
Per tonne by-products $0
Source: Per revised PEA dated May 2012.
1: Alumina $325 per tonne, hematite $125 per tonne, Silica $10 per tonne, REO/RMO average basket price $167 per kg.
Alumina
$175.4
49%
Hematite
$23.7
7%
Silica
$12.3
4%
Other
Oxides
$8.6
2%
Light REO
$51.8
15%
Heavy REO
$26.5
7%
Scandium
$40.2
11%
Gallium
$19.0
5%

SGA Plant: Preliminary Economics Assessment
 Improvements and innovations announced since the PEA:
 Recoveries of 93.86% gallium, 93.11% scandium, and 87.47% yttrium, 90% for other rare earths
 Heavy rare earth and scandium oxides were produced in collaboration with CMI-UVK and MEAB
 Proprietary purification technology for silica to 99.9% (3N) and titanium oxide (TiO2) to 95%.
 Reduction of water consumption by ~60% and fossil fuels consumption by ~30%
Product Purity
Recovery
Rate
Tonnes
Produced Per
Year
REO/RMO Symbol Purity
Tonnes Oxides
per year
Smelter Grade Alumina >98.5% 93.2% 539,711 Gallium Ga 99.99% 76
Hematite 99.5% 92.1% 189,298 Scandium Sc 99.99% 48
Silica >95.0% 100.0% 1,228,628 Yttrium Y 99.999% 110
Magnesium Oxide >95.0% 86.6% 27,816 Lanthanum La 99% 156
Mixed Oxides >95.0% 99.8% 104,089 Cerium Ce 99% 323
Rare Earth & Metal Oxides >99% 75.0% 1,097 Praseodymium Pr 99% 40
Total 2,090,639 Neodymium Nd 99% 140
Samarium Sm 99% 26
Europium Eu 99.90% 5
Gadolinium Gd 99% 21
Erbium Tb 99% 10
Dysprosium Dy 99.90% 19
Total 974.0Source: Per revised PEA dated May 2012

SGA Plant: OPEX1 versus Alumina Industry Cost Curve3
1: See ORT May 31, 2012 press release for detailed breakdown of resource and PEA - Scenario 2. Operating costs of $113M divided by 539,711 tonnes.
2: Operating costs of $113M are reduced by low-case by-product revenues totalling $183M resulting in -$70M.
3: Industry cost curve, weighted average industry cost and 90th percentile cost are all sourced from the RBC Capital Markets - Metal Prospects Report published April 17, 2013
SGA Opex1
$210 / tonne SGA
2013 Alumina C1 Cash Costs3
RBC Capital Markets, Brook Hunt
SGA Opex1 Net of By-Product Credits2
-$129 / tonne SGA
Alumina
FOB Australia Spot
Price ~$325 per tonne
-$50
-$100
-$150

TSX: ORT OTCQX: EORBFTSX: ORT OTCQX: EORBF 14Orbite Aluminae Inc.
RMR Plant: Veolia Environmental Services Agreement
 Red Mud Remediation (RMR) plants will operate using same processes as SGA plants:
 Red mud will be pre-treated to become a suitable feedstock.
 Plant design and optimal capacity will be influenced by the red mud composition.
 Inert residue of less than 10% the original red mud volume will be returned to the stockpile.
 Orbite signed exclusive worldwide agreement with Veolia Environmental Services for red mud remediation:
 Veolia is the only global integrated operator of waste management services across all segments (solid,
liquid, non-hazardous and hazardous waste).
 Veolia intends to build Red Mud Remediation (RMR) plants worldwide under license.
 Veolia is working to identify the site and optimal capacity for the world’s first RMR plant.
 Construction is anticipated to begin in 2014, Orbite could be a JV partner.
 Jun. 2012 Successful test results for proprietary processes in
the remediation of red mud
 Feb. 2013 Signs exclusive worldwide collaborative agreement
with Veolia Environmental Services for treatment
and remediation of red mud from stockpiles or from
the effluent of existing alumina refineries
Accomplishments
 Q4 2013 Selection of plant site and capacity by Veolia,
negotiate plant ownership and financing structure
 2014 Initiate plant construction
 2015 Potential Initial Production
Upcoming Milestones
Funding could be required for Engineering ($<5M)

Value Creation Milestones
Dec 2012
Q1 2013
Q2 2013
Q3 2013
Q4 2013
2014
HPA Plant
Commissioning
Initiated
HPA Plant
Optimization
Initiated
Installation &
Commissioning
of New HPA
Calcinator
HPA Plant
Full Capacity:
5 tpd
SGA Plant
Feasibility
Study
Orbite/JV
SGA Plant
Construction
Initiated
Veolia/Orbite
RMR Plant
Construction
Initiated
Orbite/JV
SGA plant
Potential Initial
Production
Veolia/Orbite
RMR Plant
Potential Initial
Production
2015
HPA Plant
Phase I:
<1 tpd
HPA Plant
Phase II:
3 tpd
HPA Plant
Commercial
Production
Short-Term: Achieve Commercial Production at Cap-Chat HPA Plant
Medium-Term: Construction of first SGA and RMR Plants
Long-Term: Global roll-out of Veolia RMR Plants

TSX: ORT OTCQX: EORBF
Closing Price per Share (ORT-T) $1.11
Basic Shares Outstanding 184.1
Options - $1.44 WAP 14.4
Warrants - Jul 2013 @ $4.35 WAP 10.1
Convertible Debentures ($25M @ $3.50/share) 7.1
Fully Diluted Shares Outstanding (M) 215.7
Fully Diluted Market Cap. $239.5
Capital Structure and Balance Sheet
(In C$ millions)
Market Capitalization
(April 19, 2013)
Balance Sheet
As at December 31, 2012
Current assets
Cash and Short-Term Investments $ 40.5
Short-Term Receivables $ 7.4
Other Current Assets $ 0.5
$ 48.5
Non-current assets
Refundable Investment Tax Credits $ 19.9
Property, Plant and Equipment $ 48.0
Patents and Exploration and Evaluation assets $ 15.9
$ 83.8
Total assets $ 132.3
Current Liabilities
Accounts Payable and Accrued Liabilities $ 28.6
Other Current Liabilities (derivative/non-cash) $ 4.9
Current portion of Long-term debt $ 0.6
$ 33.5
Non-current liabilities
Convertible Debentures ($25M principal) $ 18.7
Long-Term Debt $ 2.5
Deferred Income and Mining Tax Liabilities $ 2.3
$ 23.4
Equity $ 75.4
Total liabilities and equity $ 132.3
1 Year Share Price (C$)
Volume (Million)

Executive Office:
6505, route Transcanadienne, Suite 610
St-Laurent, Québec, Canada H4T 1S3
Tel: 514-744-6264
Fax: 514-744-4193
www.orbitealuminae.com
Key Orbite Contacts:
Marc Johnson
VP Corporate Development
Tel: 514-744-6264 x131
mjohnson@orbitealuminae.com
Jacques Bédard
VP Finance & Chief Financial Officer
Tel: 514-744-6264
jbedard@orbitealuminae.com
Investor Relations and Media Inquiries
info@orbitealuminae.com
TM
Orbite Stock Index Membership:
S&P/TSX Global Mining
S&P/TSX Global Base Metals
S&P/TSX CleanTech Index
S&P/TSX SmallCap Index
Equity Research Analyst Coverage:
Luisa Moreno – EuroPacific
Phil Shen – Roth Capital
Matt Gowing – Mackie Research
Thinking Outside The Bauxite

Appendix

 Mr. Richard Boudreault, M.Eng, MBA, Adm.A
 Director, President and CEO
 Mr. Jacques Bédard, CPA/CGA
 VP Finance & CFO, Corporate Secretary
 Mr. Denis Primeau, Eng., MBA
 Chief Engineer
 Mr. Yves Noël, Eng., MBA
 Chief Marketing Officer
 Mr. Marc Johnson, CFA
 Vice President Corporate Development
 Mr. Guy-Louis Boucher LL.L.
 Vice-President Sustainable Development
 Mr. Jonathan Labranche LL.B.
 Director Legal and Corporate Affairs
 Dr. Marc Filion, PhD, Eng., MBA
 Strategic and Resources Advisor
 Mr. Pierre Després, B.A. LL.L
 Communications and Public Affairs Advisor
 Mr. Lionel Léveillé,
 Chairman of the Board of Directors
 Mr. Richard Boudreault,
 President and CEO
 Mr. Charles Chevrette LL.B. MBA.
 Dr. Toby Gilsig, Eng
 Mr. Stéphane Bertrand
 Mr. Pierre Meunier LL.L.
 Mr. Christian Van Houtte
 Mr. Michael Hanley, CPA/CA
 Mr. Jean‐Sébastien David, MPM, Geo.
Management Team Board of Directors
*See appendix for detailed biographies.
Management Team and Board of Directors

Mr. Richard Boudreault, M.Eng, MBA, Adm.A. Director, President and CEO
Richard Boudreault has been President of Orbite since 2007. He has an impressive list of accomplishments with start-up and growth companies in the new
materials sector. He has a Master of Engineering degree from Cornell University in the United States, and an MBA from University of Sherbrooke. Over the years
he has worked in technology-related positions for numerous companies, such as SOFINOV (a subsidiary of the Caisse de dépôt et placement du Québec), Oerlikon
Aerospace and the Canadian Space Agency.
Mr. Jacques Bédard CPA, CGA Vice President of Finance & CFO, Corporate Secretary
Jacques Bedard is a senior executive officer with more than 25 years of international financial management experience in the high technology, multimedia and
medical devices sector. His résumé includes terms as vice president finance and CFO for companies such as Softimage and ART, and he has also held senior
financial management positions with Microsoft, among others. He has been with Orbite since November 24, 2010, as vice president of finance and chief financial
officer. His strong knowledge of public companies operating in high-growth and highly regulated environments will no doubt prove advantageous for Orbite's
growth and development.
Mr. Denis Primeau, Eng., MBA Chief Engineer
Denis Primeau is a seasoned executive with more than twenty years’ experience in the chemical and petrochemical industries as well as other mining-related
industries. In particular, Mr. Primeau was involved in the construction, commissioning and optimization of various types of chemical processes and, among others,
was a key player for Rio Tinto during the construction and commissioning of a plant for the enrichment of minerals and in the recycling of hydrochloric-based
materials. Member of the Ordre des ingénieurs du Québec, he holds a bachelor of science in chemical engineering and a master of business administration (MBA)
from University of Sherbrooke.
Mr. Yves Noël, Eng., MBA, Chief Marketing Officer
Yves Noël is a senior executive with over twenty years’ sales and marketing experience in the field of high value-added, specialized fine chemicals, particularly
high purity products, with companies such as Akzo Nobel, Sandoz and Clariant . His diverse background in mining and manufacturing industries has enabled him
to cultivate exceptional expertise and success in negotiating trade agreements with major clients such as AbitibiBowater, Gildan, Dow, and Rio Tinto, as well as
with various global distribution partners. Member of the Ordre des ingénieurs du Québec, he holds a bachelor of applied science in chemical engineering and a
master of business administration (MBA) from the Université du Québec à Montréal.
Mr. Marc Johnson, CFA, Vice-President Corporate Development
Marc Johnson brings over 15 years of experience in equity research, investment banking, and business management in the natural resources and technology
sectors. Most recently he was a Mining Analyst at M Partners, an Investment Bank, where he followed Orbite for more than two years. As Vice President
Corporate Development, he will be responsible for implementing a cohesive strategy and managing relationships with institutional investors. Mr. Johnson holds a
bachelor of commerce degree from Concordia University and the Chartered Financial Analyst designation.
Management Biographies

Mr. Guy-Louis Boucher, LL.L Vice-President Sustainable Development
Guy Boucher is a senior executive with extensive experience in legal affairs and sustainable development, particularly within the natural resources domain. Prior to
joining Orbite, Mr. Boucher spent a number of years with Domtar in top executive positions that included
Vice-President, Sustainable Development and Vice-President, Legal Services and Environmental Affairs. As such, he was responsible for sustainability issues as well
as many legal aspects of the company’s commercial activities. Mr. Boucher holds a license in civil law (LL.L.)
from the Barreaudu Québec and a Bachelor of Business Administration(B.B.A.) from the Universityof Ottawa.
Mr. Jonathan Labranche, LL.B Director Legal and Corporate Affairs
Jonathan Labranche was called to the Bar of the Province of Quebec in 2000 and holds a Bachelor of Law degree from the Université de Montréal. Having
built an impressive practice in corporate law, securities, and regulatory affairs, he has represented a range of large businesses at various stages of their
development, providing consulting services in financing, mergers and acquisitions, and investor relations, to name just a few. As Director, Legal and Corporate
Affairs with Orbite, Mr. Labranche will act as an advisor to the management team and will handle all legal issues for the company, including the analysis of
industry regulations applicable to the Company.
Dr. Marc Filion, PhD, MBA, Eng. Strategic and Resources Advisor
Dr. Filion is a geologist, was president and chief operating officer of SGF Mineral Inc. from 1998 to 2004, and senior vice president, Investments for Mines,
Minerals and Materials for "Societe Generale de Financement du Quebec" (SGF) from 2004 to 2006. He was also actively involved in promoting the development,
financing and construction of Phase II of the Alouette aluminum smelter, and brings in-depth knowledge of the alumina/aluminum industry to Orbite as Chairman of
the Alouette BOD. Mr. Filion holds a B.Sc. in geology from Ecole Polytechnique at the University of Montreal, a Ph.D. in economic geology and geostatistics from
the Royal School of Mines, Imperial College, London, England, and an MBA from Ecole des Hautes Études Commerciales in Montreal, Quebec.
Mr. Pierre Després, B.A., LL.L Communications and Public Affairs Advisor
Pierre Despres will focus on advising Orbite on public affairs issues while enhancing the Company's presence in the community and
reputation among key business and community leaders, decisions makers and stakeholders. Over the years, Mr. Despres has garnered extensive executive
and consulting experience with leading Canadian firms as well as globally as vice-president, communications, Alcoa Global Primary Products. He is very active
in the business community and has been a member of various boards of directors of business associations such as the Conseil du Patronat du Québec and the
Fédération des chambres de commerce du Québec.
Management Biographies(cont’d)

Mr. Lionel Léveillé, (Candiac, Quebec) Chairman of the Board of Directors
Lionel Léveillé was President and CEO of the company Adacel Inc. from February 2001 to July 2005. Adacel is active in the field of aerial navigation
control simulation. He has enjoyed an illustrious career in the military and aerospace industry, having been President of Raytheon Canada and
Vice-President of Bombardier and of Oerlikon Aerospace.
Mr. Richard Boudreault, M.Eng, MBA, Adm.A. (St-Laurent, Quebec) Director, President and CEO
Richard Boudreau has been President of Orbite since 2007. He has an impressive list of accomplishments with start-up and growth companies in
the new materials sector. He has a Master of Engineering degree from prestigious Cornell University in the United States, and an MBA from
Université de Sherbrooke. Over the years he has worked in technology-related positions with numerous companies, such as SOFINOV (a subsidiary
of the Caisse de dépôt et placement du Québec), Oerlikon Aerospace and the Canadian Space Agency.
Mr. Charles Chevrette LL.B., MBA, (Montréal, Québec) Director
Charles Chevrette is a lawyer and member of the Quebec Bar. He also has an MBA from the University of Ottawa. Mr. Chevrette is the managing
partner of Montreal office of McMillan LLP. Over the years, he has worked on numerous corporate financings, mergers-acquisitions and transfers
of technology, acting for private companies, institutional investors and university entities. More specifically, he has been involved in several
industrial-technology enhancement projects.
Dr. Toby Gilsig, (Montreal, Quebec) Director
Toby Gilsig has a degree in electrical engineering from McGill University and a doctorate from the Imperial College of the University of London,
where he received an Athlone research grant. He is a member of the Quebec Order of Engineers, an honorary member of the IEEE and a Fellow of
the Canadian Academy of Engineering, in addition to having received the Manning Award for Innovation in 1995. Dr. Gilsig is consulted regularly
on the subject of technological products and enterprise strategies as part of the activities of JED International Inc., the company he founded in
1996. Previously, he was CEO of M3i Systems Inc., which he co-founded in December 1990. Before co-founding M3i, Dr. Gilsig held a number of
management posts at Hydro-Québec, including Vice-President of Research and Director of the Institut de recherche d’Hydro-Québec.
Mr. Stéphane Bertrand, (Montreal, Quebec) Director
Stéphane Bertrand assumed the role of Chief Executive Officer for the World Energy Congress – Montreal 2010 in November 2007. Between 2003
and 2007, Mr. Bertrand was the Chief of Staff of the Premier of Québec. His professional responsibilities included close involvement in the
development of Quebec’s budget and governmental policies. Prior to his role as Chief of Staff, Mr. Bertrand was an executive with Gaz Métro Inc..
Directors Biographies

Mr. Pierre Meunier LL.L., (Montreal, Quebec) Director
Pierre Meunier, a lawyer called to the Bar in 1967, is a Partner and Strategic Consultant at Fasken Martineau S.E.N.C.R.L., s.r.l. He joined the firm in
1989 after having filled several important posts at the Government of Quebec. In particular, he was Vice-President and founder of the Commission des
services juridiques, Director of the Centre communautaire d'aide juridique de Montréal, President of the Office de la protection du consommateur,
acting Deputy Minister for the Ministry of Housing and Consumer Protection, and acting Deputy Minister for the Ministère de l'Environnement. Mr.
Meunier is Chairman of the Board of Directors of the Fondation des Muséums nature de Montréal, member of the Board of Directors of the Institut de
recherche en biologie végétale (IRBV), part of the Université de Montréal, and member of the Board of Directors and Treasurer of Éditions Protégez-
Vous.
Mr. Christian Van Houtte, (Montreal, Quebec) Director
Christian Van Houtte was until recently the President and Chief Executive Officer of the Aluminum Association of Canada, which represents Canadian
aluminum producers, a position which he held for 18 years. He previously held various executive positions in the aluminum industry, including that of
senior vice-president of the Bécancour Smelter (ABI) facility. He has also held senior management positions for a number of major organizations,
including Canadair, the Cliche Commission, Northern Telecom and the Société de développement de la Baie James.
Mr. Michael Hanley, CA, (Montreal, Quebec) Director
Mr. Hanley is a Chartered Accountant since 1987 with many years' experience in corporate governance. Between 2009 and 2011, he was Senior
Vice‐President, Operations and Strategy Initiatives and a member of the Office of the President at National Bank of Canada. Prior to this, he spent ten
years with Alcan in positions that included, among others, President and CEO of the global Bauxite and Alumina business group and Executive
Vice‐President and Chief Financial Officer leading up to and at the time of the acquisition by Rio Tinto. Mr. Hanley holds a Bachelor of Business
Administration.
Mr. Jean‐Sébastien David, MPM, Geo., (Chicoutimi, Quebec) Director
Mr. David is a member of the Ordre des géologues du Quebec and has more than 20 years‘ experience in geology, sustainable development, and the
environment. He has been a member of environmental committees for both the Association minière du Québec and the Association de l'exploration
minière du Québec. From 2007 to 2011, he was Vice‐President of the Osisko Mining Corporation and sat on its management committee. He also has a
number of achievements at many other organizations, including Cambior IAMGOLD, and Louisiana‐Pacific Canada, where he held key management and
environmental positions. Mr. David holds a Bachelor of Geology degree and a Master's degree in project management.
Directors Biographies(cont’d)

1) Processes for extracting aluminum from aluminous ores.
• Patent protection granted in USA1, Canada2, Australia3, Russia4 and China5.
• Additional patents pending in EU, Japan, India, Hong Kong, Australia, USA, Brazil, China, Russia.
2) Processes for extracting aluminum from aluminous ores6.
3) Processes for extracting rare earth elements from aluminum-bearing materials6.
4) Processes for extracting rare earth elements from various ores6.
5) Methods for preparing hematite6.
6) Methods for separating iron ions from aluminous ions6.
7) Processes for preparing alumina and various other products6.
8) Processes for treating Red Mud6.
9) Processes for treating Fly Ash6.
10) Processes for recovering rare earth elements from various materials6.
11) Processes for preparing titanium oxide and various other products6.
12) Processes for recovering rare earth elements and rare metals6.
13) Processes for treating various materials6.
14) Processes for purifying aluminum ions6.
Note: An IP Family consists of a multiple claims covering various aspects of the processes or methods involved. Successive IP Families cover improvements and innovations.
1: USA 7,837,961, 8,241,594 and 8,337,789. 2: Canada 2,684,696 and 2,711,013. 3: Australia 2008253545 and 2012100165. 4: Russia 2471010. 5: China 101842504 . 6: These IP families
have been filed under the international PCT process administered by WIPO which takes approximately 30 months to complete prior to filing in individual countries at the “national phase”.
IP Families: Internationally Patented and Patent Pending

 Grande-Vallée claims host an NI 43-101 compliant 1.04 billion tonnes Indicated Resource grading 23.37% Al2O3,
52.62% SiO2, 8.42% Fe2O3 and 563ppm TREO+RMO 2 from surface to a depth of 100m.
(1) BCC Research AVM018G, Rare Earths: Worldwide Markets, Applications, Technologies, Jan 2012.
 Aluminous clay is homogeneous
throughout the deposit
 Would ranked 11th worldwide
for REE in-situ value(1)
 Would ranked Top 10 worldwide
for heavy REE content at 22.4%
 Received 70 million tonne 20-
year renewable mining lease
 Signed agreement with the
Micmac First Nation in support of
development
Grande-Vallée Claims

Grande-Vallée NI 43-101 Compliant 1.04B tonnes Indicated Resource(1)
SiO2 (Silica) 52.62% Ga2O3 (Galium) 43 ppm
Al2O3 (Alumina) 23.37% Sc2O3 (Scandium) 28 ppm
Fe2O3 (Hematite) 8.42% Y2O3 (Yttrium) 49 ppm
CaO (Calcium) 0.48% La2O3 (Lanthanum) 76 ppm
MgO (Magnesium) 1.64% Ce2O3 (Cerium) 152 ppm
Na2O (Sodium) 1.06% Pr2O3 (Praseodymium) 19 ppm
K2O (Potassium) 2.86% Nd2O3 (Neodymium) 71 ppm
MnO (Manganese) 0.16% Sm2O3 (Samarium) 11 ppm
Cr2O3 (Chromium) 0.01% Eu2O3 (Europium) 2 ppm
TiO2 (Titanium) 0.85% Gd2O3 (Gadolinium) 13 ppm
P2O5 (Phosphate) 0.14% Tb2O3 (Terbium) 1.5 ppm
SrO (Strontium) 0.02% Dy2O3 (Dysprosium) 9 ppm
BaO (Barium) 0.05% Other Contained REO 88 ppm
V2O5 (Vanadium) 0.03% Total RM & REO 563 ppm
H2O (LOI) 6.50% Other Elements 1.79%
Notes: Content in oxide form. CIM definitions were followed for mineral resources. Effective date is Nov 23, 2011. Assumes a cutoff of 18% Al2O3 and a density of 2.6g/cm3.
Amounts may not add due to rounding. Mineral resources have no demonstrated economic viability. There is no certainty that all or part of the mineral resources will be
converted to reserves.
(1) Refer to ORT May 31, 2012 press release for detailed breakdown of resource estimate.
Grande-Vallée Resource Estimate

 Rimouski/Cap-Chat claims totalling 550 km2 - or - approximately 16x the size of Grande-Vallée’s 34 km
 These claims are along the same aluminous clay formation as at Grande-Vallée
 Greenfield drilling program will begin in Q2 2013 with the potential to define several new deposits
Rimouski and Cap-Chat Claims

Orbite presentation april 2013 final 930

Recommended

Recommended

More Related Content

What's hot

What's hot (20)

Viewers also liked

Viewers also liked (20)

Similar to Orbite presentation april 2013 final 930

Similar to Orbite presentation april 2013 final 930 (20)

More from proedge2013

More from proedge2013 (9)

Recently uploaded

Recently uploaded (20)

Orbite presentation april 2013 final 930

Editor's Notes