ISSN 2056-6735 (Online)

Clean Energy Runs on Magnets
Growth of the Mexican Aerospace Industry
Iran Resources & Opportunities

The magazine of the Minor Metals Trade Association

3rd Edition 2016/March www.mmta.co.uk

1

We focus on quality
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WELCOME INSIDE THIS ISSUENEW MEMBER—SPECIAL METALSIn Brief

Special Metals is the world's leading innovator andConference Update

4-5

New EU Union Customs Code

6-7

allow us to offer the industry's widest range of nickel alloy products. Our product portfolio

Clean Energy Runs on Batteries

8-10

contains over 100 alloy compositions, over 85% of which were developed in our own

Growth of the Mexican Aerospace
Industry

12-13

manufacturer of nickel-based superalloys. With over 100 yearsof history and experience in the nickel industry, we have the processes and knowhow whichlaboratories.

3

At our site in Hereford, England, we have all the processes required to manufacture from

China to Curb Illegal Mining

14

melt to final product under one roof. We supply nickel alloy products in the following forms:

Letter to the Editor

15

seamless tube / pipe, bar, sheet, plate, forgings, ingots, extruded section and more.

Iran Mineral Resources &Opportunities

16-17

ISO/TS16949 for automotive products and EN9100 for aerospace. Our testing laboratory,

Letter from Mufulira

18-19

known under the name IncoTest, is accredited to ISO/IEC 17025 and Nadcap.

Asteroid Mining Update

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All of our operations comply with quality standards audited and certified to ISO9001,

In 2006, Special Metals became a part of Precision Castparts Corporation, a worldwide
manufacturer of complex metal components and products. More recently, at the start of2016, Precision Castparts Corporation has been acquired by Berkshire Hathaway.
Primary Contact: Bonnie Daw
Email: bonnie.daw@specialmetalswiggin.co.uk
Website: www.specialmetalswiggin.co.uk
Phone: +44 1432 382292

The MMTA promotes
essential elements that add
quality, safety andenjoyment to our lives.
The MMTA is the world's
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NEW MEMBER—TOPHET CORPORATION
TraderTophet Corporation has been serving the specialty metals industry forover 20 years with a specific focus on vacuum melters. We arecommitted to sourcing and consistently delivering high quality raw
materials to meet our customers' specifications.
Contact: Kenneth D. Mac Alpine

Address: MMTA, Suite 53, 3 Whitehall Court,
London, SW1A 2EL, UK
Tel: +44 (0)207 833 0237

Email: tophetco@aol.com

Website: http://www.tophet.com

Business Phone: +1 (239) 594 5477

Business Fax: +1 (239) 594 1999

Address: 1415 Panther Lane, Suite 402
Naples, Florida, FL 34109
United States of America

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Nickel Magnesium (NiMg)
Nickel Boron (NiB)

Email: executive@mmta.co.uk

Disclaimer: The information and data contained in thisedition of the Crucible (the Material) has been compiled by the
Minor Metals Trade Association (MMTA) from sources believed
to be reliable at the time of writing but the MMTA makes norepresentation or warranty (express or implied) as to theaccuracy, timeliness or completeness of the Material. The
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exercise of the reader’s own skill and judgment. It should not be
relied upon for any specific or general application without firstobtaining competent advice. The MMTA, its members, staff andconsultants accept no liability whatsoever (however that liability
arises) for any direct, indirect or consequential loss arising fromany use of the Material.
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3THE MMTA’S INTERNATIONAL MINOR METALS CONFERENCE 2016
TAKING PLACE AT NH GRAND HOTEL KRASNAPOLSKY,AMSTERDAM, THE NETHERLANDS, 17-19 APRIL 2016
Organised by Metal Events Ltd
This year’s conference is looking like one of our biggest.
Make sure you are part of the industry's premier event for the minor metals sector withalready 230 registered.

Platinum Sponsor

We are delighted that C. Steinweg Handelsveem BV is hosting a reception fordelegates on board the Het Wapen van Amsterdam on Monday April 18.

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Be sure to take advantage of the current excellent rates:
The current fee for MMTA Members is £995 (plus 21% VAT) for all registrations received by 17 March 2016
The current fee for Non-Members is £1095 (plus 21% VAT) for all registrations received by 17 March 2016
To register or for more information please visit www.metalevents.com or www.mmta.co.uk alternatively email sales@metalevents.com

Draft Programme:
Keynote presentation by John Emsley, Chemist & Author;“Current and emerging applications of Se and Te in optoelectronic devices”, by Dan Hewak, University of Southampton, United Kingdom;

Session 1: Wonderful world of minor metals: future movers and shakers:“The lithium supply chain in batteries and battery materials”, by Martin Steinbild, Senior Manager, Strategic Marketing, Albemarle, Germany;“The impact of rare earth elements on the performance and application of magnesium based alloys” by Jim Hickey, Procurement Manager,
Magnesium Elektron Ltd., United Kingdom;“Hafnium supply: Past, present & future”, by Alister MacDonald, Consultant, Alkane Resources Ltd., Australia;“Self-healing in metallo-ceramics and the use of minor metals”, by Professor Sybrand van der Zwatt, Novel Aerospace Materials Group,
Faculty Aerospace Engineering, TU Delft, The Netherlands;
Session 2: Interactive session on supply chain management and REACH implementation:“Are you ready to comply with the REACH 2018 registration deadline?” by Karine van de Velde, REACH Orphan Substances
The MMTA is currently working on supply chain management issues, and is delighted to offer this interactive session for delegates:“Tungsten – conflict free from mine to consumer”, by Steffan Schmidt, Board Member, Tungsten Industry – Conflict Mineral
Council (TI-CMC)“Cobalt supply chain issues”, by David Weight, President, The Cobalt Development Institute, United Kingdom;
Panel discussion

Session 3: Overview for steel and alloys:“Alloy steel markets outlook”, by Markus Moll, Managing Director, SMR, Austria;
Tantalum and niobium myths”, by David Henderson, President, Rittenhouse International Resources LLC, USA;
Session 4: The diagnosis for minor metals post Fanya:“Expectations for bismuth in a post-Fanya world”, by Sebastian Voigt, Hunan Jinwang Bismuth Industrial Co Ltd, China;“Selenium in infrared technology”, by Funsho Ojobuoboh, Consultant, Vital Materials Co Ltd, USA:
“Recycling and recovery of minor metals from residues”, by Koen t’Hoen, Managing Director, M&R Claushuis, The Netherlands;“Indium Market: after the Fanya years”, by Brian O’Neill, Marketing Manager, AIM – Minor Metals, USA;
4

MMTA’s International Minor Metals Conference Attendees
5N Plus Asia Limited
5N Plus Belgium S.A.
5N Plus Inc
Advanced Alloy Services Ltd
Affilips
AIM Specialty Materials
Albemarle
Alex Stewart (International) Corporation
Alfred H Knight International Ltd
Alkane Resources Ltd
Allegheny Technologies
All Metals & Materials Inc
Amalgamet Canada
Amalgamated Metal Corporation
AmincoAmpere Alloys
A&M Minerals
Antwerp Commodity Services
ARCHE
A&R Merchants Inc
Areva NP
Argus MediaAsian Metal
ATI
Atlantic Metals & Alloys LLC
Aurubis AG
Avas Trading Ltd
Avon Specialty Metals Ltd
Beijing Boyu Semiconductor Craftsman Vessel
Co LtdBeijing Jiya Semicondutor Material Company Ltd
BGR
BIT Fondel B.V.
Boliden Commercial
Bomet Holding Inc
BoschBuss & Buss Spezialmetalle GmbH
China National Nonferrous Metals Imp. & Exp.
Jiangxi Co Ltd
China Nonferrous Metals Industry Association(CNIA)
CMK- The Gallium Arsenide Company
Codelco USA Inc
CRM Alliance ASBL
Cronimet Central Africa
C. Steinweg (Baltimore) Inc
C. Steinweg Belgium N.V.
C. Steinweg Handelsveem
Darton Commodities Ltd
Delft University of Technology
EAC Corporation
E&C Trading
Earth Metals LLC
ELG Utica Alloys Ltd

Environmetals LLC
Euromet SA
Euro-Rijn International BV
Eutectix LLC
Evans Analytical Group
Exotech Inc
FAM International Corp
Firth Rixson Metals – A subsidiary of Alcoa Forgings & Extrusions
FIT Metals & Resources Ltd
Flaurea Chemicals
F.W. Hempel Metallurgical GmbHGE Aviation
GE Power
Glencore International AG
Guizhou Hengzhou Trading Co Ltd
Hempel Metals UK Ltd
Hickman, Williams & Company
Hudson Metal Corp
Hunan Jinwang Bismuth Industrial Co Ltd
H.W. Wood Lloyds Insurance Brokers
Indium Corp of America
Indium Corp
Innova Recycling
International Magnesium Association
Jean Goldschmidt International SA
Jiangxi Copper Corporation
Jiujiang Jinxin Non-Ferrous Metals Co Ltd
Kailida of Changsha High New Tech
KGHM Polska Miedz S.A.
Lambert Metals International Ltd
Lipmann Walton & Co Ltd
L.S. Nikko Copper Inc
Magnesium Elektron
Maritime House Ltd
MBR Metals OU
Metal Bulletin
Metal Do Co Ltd
Metalink International Co Ltd
Metal Partner GmbH
Metalwerks PMD
Metalysis Ltd
Metherma KG
Miltiverse Mineracáo
Minchem Limited
MMTA
Molycorp Inc
Molycorp Silmet
MolymetM&R Claushuis
NEC TOKIN Corporation
Odin Warehousing & Logistics BV
Pan Pacific Copper Co Ltd
Penningtons Manches LLP

PGS
Plansee SE
Platotex Technology Company Ltd
Powmet Inc
R. C. Inspection
REACH Orphan Substances Consortium (ROSC)
Resource Capital Funds
Retorte GmbH
Rhecoder Special Metals
Rhenium Alloys Inc
RJH Trading Ltd
Rio Tinto London Ltd
Rittenhouse International Resources LLC
Rolls Royce plc
Saaatveka Steels & Alloys Pvt Ltd
Sargon Holdings Inc
Scandinavian SteelScandmetal International SA
Siegfried Jacob Metallwerke GmbH & Co KG
Shaanxi Huadian Resin Co Ltd
SMR
Sovereign International Metals & Alloys Inc
SSP B.V.
Strategic Metals Investment Ltd
Tantalum-Niobium International Study Center(TIC)
Telex Metals LLC
Terra Commodities LLC
Tetronics International
The Chem-Met Co
The Cobalt Development InstituteTitan International Inc
Tophet Corporation
Tradium GmbH
Tranzact Inc
Traxys Europe SA
Traxys North America
UmicoreUmicore Specialty Material Recycling
Umicore Precious Metals & Refining
University of Southampton
Vital Materials Co Ltd
Vollers Netherlands B.V.
WEC Specialty Materials
W.H. Ferer Co LLC
Wogen Resources Ltd
Wolfram Bergbau und Huetten AG
Wolfram CJSC
Womet GmbH
Zhisheng Mining Limited
Zhuzhou Keneng New Material Co Ltd
Zhuzhou Smelter Imp. & Exp. Co Ltd(Updated 10th March 2016)5

Will the new EU Union
Customs Code finally bring
centralized clearance?
The EU customs union is central to the EU dream of a common andefficient market. Ideally, whether your container enters throughFelixstowe or Rotterdam or Riga, it should go through an entirely
predictable customs process, and you should be able to handle it allelectronically within one system from anywhere within the EU.

notice. Industry associations are putting pressure on the EU toensure that companies get at least 18 months to align theirsystems after their national customs authority notifies them of thetechnical specifications.
For a “Single Window” to enable one-stop filing of all customs (andnon-customs) information, there is no concrete timeline. The
veterinary sector has tested the Single Window as an isolated
project, but there are no specific plans to roll this out more widely
to other sectors.

So what will change in May 2016?

If your company is using any special procedures, such as inward
Unfortunately, the EU still has a long way to go to get there. The new processing, outward processing, temporary admissions orUnion Customs Code (“UCC”), launched with the aim of modernizing customs warehousing, there are likely to be changes in effect fromand simplifying customs clearance processes, moves in the rightMay 2016. How this affects your business will depend on yourdirection – slowly. The UCC will take effect in May 2016, but some specific case. One change to watch out for is whether you will needelements will come much later, especially the long-awaited IT
to provide a guarantee for using a special procedure. Currently,
systems enabling centralized clearance of all customs information.
Member States have discretion to decide when a guarantee is, or isnot, required. Under the UCC as applied from 1 May 2016, a
Meanwhile, companies have plenty to look out for in the new UCC,
guarantee will be mandatory in some circumstances.
which runs to 100 pages, plus another 1,000+ pages of related
legislation. Some special customs procedures will be modified; the Another key change under the UCC is the end of the so-called“first sale” principle for determining customs value will end; and“first sale” principle. Currently, companies can use the value of ansome customs authorizations will be reassessed – by national
earlier sale in the supply chain as the customs value, provided
customs authorities.
certain conditions are met. Under the UCC, companies must use thevalue of the sale occurring “immediately before the goods are
Importantly, companies will need to be wary of varying practices bybrought into the territory of the EU”. Each company will need to
EU Member States. Despite the European Commission’s best efforts
consider how this impacts their business model and supply chain.
at harmonization, the various Member States are interpreting theThis change applies as of 1 May 2016, although there is a transitional
UCC in varying ways, so be sure to consult the customs authority of
period until the end of 2017 for existing contracts that use the firstyour relevant Member State. The Commission will be issuingsale principle.
Guidelines to help companies and national customs authorities makesense of the new rules.
What about current authorizations? Will they need to beCentralized clearance IT system will be in place by 2020… renewed in May 2016?
Regarding the renewal of customs authorizations, companies willor laterIndustry associations have been waiting for electronic centralized
customs clearance since 2005. The new UCC sets out to develop
and deploy electronic data-processing systems by the end of 2020.
However, the Commission now says that it may take longer than
anticipated to upgrade all Member States’ IT systems, and that there
may be amendments to the UCC to allow some IT elements tostart even after 2020. There are delayed target dates for eachelement of the new systems. For example, the electronic “Proof ofUnion Status” to replace the paper form T2L was due to come online
in 2017, but this will likely slip to 2019.
With the EU taking longer to deliver the new IT systems, companies
may have to align their own IT systems with the EU’s on very short

MMTA OFFICE MEETING ROOMFREE USE FOR MEMBERS
CENTRAL LONDON LOCATION

Authorizations with a limited period of validity that are stillvalid on 1 May 2016: These will continue to be valid until the
final date of the limited period as stated on the authorization,or until 1 May 2019, whichever is earlier.
Authorizations with no particular period of validity that are
still valid on 1 May 2016: These will need to be re-assessed by
the relevant national customs authority. The timing of that
re-assessment is up to the customs authority.

Screen, projector & flipchartFree Wi-fiTea, coffee, water provided—otherrefreshments can be arranged at costContact the MMTA to book the meeting room.
6

again need to watch out for differences in practices among Member
States. For example, for temporary storage authorizations, somenational customs authorities are giving longer transitional periods
than others. In general, the UCC deals differently with three
categories of authorizations:

Library and PC resources

Authorizations that expire before 1 May 2016: The customs
authority may choose to grant a new authorization either under
the current customs rules or under the new UCC rules.
However, if the new UCC rules are used, the new authorization
will only be valid from 1 May 2016.

Even if a company’s authorizations continue to be valid, it will alsoneed to take the new UCC rules into account. Although theprocedure may be authorized, the new UCC rules will affect how theprocedure is used and how the goods are treated after they haveundergone the procedure.

What else is new in Brussels on the customs front?
The EU is negotiating a free trade agreement with Japan. The
negotiations are still at an early stage, so this is a good time to contact
the Commission with the industry’s priorities. There will be a specificchapter on customs and trade facilitation, which will push for (i)transparent customs rules, (ii) simplification of procedures, (iii)
consistency with international standards, and (iv) risk management
while avoiding arbitrary discrimination. One point already on theagenda is the Temporary Admission procedure. The EU is negotiating
for easier use of the ATA Carnet in Japan, with a common list ofmerchandise between the two economies.

LAS

TISTA
DAY/ MMTAIMPORT & EXPORTS T TRAININGOB
COURSE: OPERATIONALOOISSUES & PROCEDURESK
The next two-day ISTA / MMTA Training Course on
import / export processes & procedures is being held on
Thursday-Friday, 17th and 18th March 2016 in London.
Over 200 representatives from member and associate
member companies have benefitted from this course,which covers

Meanwhile, there is strife within the EU-Turkey customs union.
Companies report that Turkey is increasing import duties on theirproducts, especially for goods that are of EU origin but with non-EU
aspects in the supply chain. The Commission is aware of these issues
and is raising them with Turkey, but so far to little avail.



Incoterms,



Customs Formalities,



Methods of Shipment,

Cargo Insurance,

And a final word…

Documentation,

If your company is struggling to digest aspects of the 1,000+ pages oflegislation before 1 May, you can reach out to the relevant nationalcustoms authority for guidance. The relevant implementation teamin the customs authority can advise on any specific changes that may
relate to your company's processes or existing authorizations. For
issues that are particularly difficult or sensitive to resolve, we
recommend that you speak to your customs lawyer before
contacting the customs authority.



Methods of Payment.

Jung-ui Sul, Sidley Austin LLP.
The views expressed in this article are exclusively those of the author and do notnecessarily reflect those of Sidley Austin LLP and its partners. This article has been
prepared for informational purposes only and does not constitute legal advice. This
information is not intended to create, and receipt of it does not constitute, a lawyerclient relationship. Readers should not act upon this without seeking advice fromprofessional advisers.

The event is being held at the MMTA Office in London
Jon Walden MBE (Crown Agents) will again be the course
presenter.
The cost will be £395 + VAT(including a copy of INCOTERMS 2010)

Book online on the ‘Events’ page of the MMTA’s
Website or contact executive@mmta.co.uk

7

Clean Energy
Runs on Magnets
With all the talk about the battery boom, I thought it'd be worth a mention that it's not just lithium that's powering clean tech: it's also
neodymium and dysprosium. These are the most important elements in the permanent magnet market.
Magnets? But how are those related to clean energy?
As a rule of thumb, any time you hear or read “electric motor" or "electric generator", you should be thinking "contains magnets".
Permanent magnets are one of the best ways we have for converting back-and-forth between mechanical and electrical energy because
once you've created an aligned magnet, you get to use its magnetic field in perpetuity: you don't have to "recharge" a permanent magnet
like you do a battery, and it doesn't have ongoing energy costs like an electromagnet or combustion motor.
Because of this, magnets enable turbines to convert flowing wind and water to usable electricity, and use that clean energy to spin electricmotors in cars, AC units and other applications. Since we also need hard disks made of magnetic materials to store the data and software
that's critical to grid and energy management, it's no stretch to make the argument that magnets are at the core of clean energy.
So let's take a look at just how critical magnets are to the clean tech and renewable energy markets:

Energy Generation

Image source: SBC Energy Institute.
Wind Power:
There are ~500 kg of permanent magnets for every MW produced by the newer, more efficient wind turbines. That's 2.75 tons of magnets
per 5 MW turbine being installed today. There are also plans to double and quadruple 5 the generation capacities for future onshore andoffshore turbines, respectively, which would likewise increase magnetic material consumption.
8Tidal Power:
There are a few different types of tidal power with varying degrees of real-world testing and market potential, but most still rely on
spinning turbines (as with classic hydropower), which power magnet-containing electric generators. Since the technology and market isstill relatively nascent (though there are several projects in various stages of completion 7), there is limited per-unit and market data formagnetic material use. If you know of any, please let me know!

Transportation
Hybrid and Electric Cars/Trucks:
A typical electric car uses ~0.7 kg of permanent magnets in its motor (with the notable exception of Tesla's AC induction motors).
While that doesn't sound like much, especially compared to wind turbines, the total market size is formidable: it is estimated that 7,000
tons of rare-earth magnets were used in 2015 for this industry, and that is expected to rise to 17,000 tons by 2020. 6
Electric Bikes:
Here, I'm just going to quote Steve Constantinides' article6 because this market was surprising even to me and he sums it up very well:This is a stealth application – one that grew rapidly without much notice, at least in the west, until it was a large market. In 2009,
the China market for EBs (electric bikes) was 20 million units. The major market is currently China and Southeast Asia, but India’s
market is growing and global production in 2018 is forecast to be 60 million units. Magnet consumption per bike is highly variableranging from motor assisted pedaled bicycles to high-power sport bikes competing with conventional motorcycles. Magnet
usage in 2015 was 6,000 tons and is expected to rise to more than 15,000 tons annually by 2018.

Buildings/Efficiency
HVAC:
Traditional air conditioning units can have 3-4 electric motors within them. As I mentioned above, every time you see "electric motor" or"electric generator", you should be thinking "probably contains magnets". Based on Constantinides' and Arnold Magnetic's estimates,6 theproportion of the permanent magnet market going toward HVAC units is only a little behind that of hybrid/electric vehicles. Furthermore,
HVAC systems might get a whole lot more efficient if even more magnets are used as discussed below.
Refrigeration:
There is a big potential for magnetic refrigeration that takes advantage of the magnetocaloric effect. Franco et al. 9summarize theadvantages really well in a 2012 review paper:

Magnetic refrigeration is [...] more energetically efficient than the process based on the compression/expansion of gases(magnetic refrigerator prototypes can achieve 60% of ideal (Carnot) efficiency, whereas the best commercial conventional
refrigerator units can reach only 40%). Moreover, as no refrigerant gases are required for magnetic refrigeration, there is noconcern about ozone depletion or greenhouse effect, which contributes further to its environmental friendliness.
Or put it another way: it's potentially a 50% improvement in efficiency over existing technology. GE, which has been pursuing thistechnology, reports that they have already achieved a ~20% improvement [see video: https://youtu.be/WlKKKMTA7XM]. That number isgoing to go up as the technology matures, and HVAC and refrigeration applications will get even more magnets!
I think this is a really exciting market with lots of potential.
Magnetic Couples/Drives:
There are many places in industry (mining, traditional power generation, water/wastewater) where big motors are used to turn fans,pumps and conveyors. These big motors use lots of energy, so running them at peak efficiency is hugely important to the bottom line.
These motors have optimal run speeds for their most efficient operation. Deviating from that optimal speed, which happens frequently if
the fan/pump/conveyor needs to slow down or speed up, costs energy and harms equipment life. However, if it's possible to can keep thatmotor humming at its optimal speed while still slowing down the load to where it needs to be, operation costs stay low and equipment life
is extended.
This is achievable with magnetic couples that put a physical air gap between the motor and drive (and if this air gap is adjustable, it ispossible to gain speed control as well). These magnetic couples and drives are (as the name would imply) big magnet users, but can result
in up to 70% in energy savings.
9

Energy Storage

Image source:
University of Oregon.

Flywheels:
A flywheel is essentially a mechanical (rather than electrochemical) battery: you can spin a large heavy rotor that has a lot of inertia when
you have extra energy, and then recover that energy by spinning the rotor down later. Magnets are used both in the electric motor/
generator that spins the load up and down, and also as a way to reduce friction on the load through magnetic bearings.
However, flywheels have never quite taken hold as an energy storage option that is scalable and economical, so I'm mostly including themhere for the sake of completion. If someone cracks the code for a feasible/scalable flywheel, you can be sure it'll be magnet intensive.

Magnets and Clean Tech go Hand in Hand
So while solar and batteries are (rightfully) getting a lot of attention in the clean tech world, don't forget what's at the heart of most of therest of the technologies that are part of this sector. Magnets made the data revolution possible. They might just make the energy
revolution possible, too.
Luke G. Marshall Ph.D. is a researcher at Northeastern University in Boston, MA, exploring synthesis and processed
methods for the creation of novel and sustainable magnetic materials. A graduate of Whitman College and the
University of Texas at Austin with a doctorate in Materials Science & Engineering, Luke’s passions are energy and clean
technology with a focus on business solutions for transitioning cutting-edge science from the lab bench to the realworld. Follow him on LinkedIn (https://linkedin.com/in/lukegmarshall) and on Twitter @lukegmarshall.
References:1.

Stringer, G. and Ritchie, M. “Battery Boom Heats Lithium Gains as Outback Mining Stocks Soar.” Bloomberg Business, 17 Feb., 2016. Retrieved from http://
www.bloomberg.com/news/articles/2016-02-17/battery-boom-heats-lithium-gains-as-outback-mining-stocks-soar (Accessed: 29 Feb., 2016).

2.

Marshall, L. G. “Permanent Magnets: Why We’re Looking for New Materials.” LinkedIn, 12 May, 2015. Retrieved from https://www.linkedin.com/pulse/permanentmagnets-why-were-looking-new-materials-luke-marshall (Accessed: 29 Feb., 2016).

3.

GTM Editors. “Grid Edge 20: The Top Companies Disrupting the US Electric Market.” Greentech Media, 23 Apr., 2015. Retrieved from http://www.greentechmedia.com/
articles/read/Grid-Edge-20-The-Top-Companies-Disrupting-The-U.S.-Electric-Market (Accessed: 29 Feb., 2016).

4.

Trabish, H. K., “‘The future grid’: How one DOE program is pushing the boundaries of aggregated DERs.” Utility Drive, 4 Feb. 2016. Retrieved from http://
www.utilitydive.com/news/the-future-grid-how-one-doe-program-is-pushing-the-boundaries-of-aggrega/413023/ (Accessed: 29 Feb., 2016).

5.

"Leading the Energy Transition: Wind Power." Wind Power SBC. SBC Energy Institute, May 2013. Retrieved from https://www.sbc.slb.com/SBCInstitute/Publications/Wind.aspx (Accessed: 29 Feb., 2016)

6.

Constantinides, S. “Permanent Magnets in a Changing World Market.” Magnetics Magazine, 14 Feb. 2016. Retrieved from http://www.magneticsmagazine.com/main/
articles/permanent-magnets-in-a-changing-world-market/ (Accessed: 29 Feb., 2016).

7.

“Tidal power.” Wikipedia. Retrieved from https://en.wikipedia.org/wiki/Tidal_power (Accessed: 29 Feb., 2016)8.

Campbell, P. “Performance and Cost Assessment for Motors Using Alternative Rare Earth-Free Magnets.” Magnetics Magazine, Jan. 2013. Retrieved from http://
www.magneticsmagazine.com/conferences/wp-content/uploads/2013/01/Dr.PeterCampbell.pdf (Accessed: 29 Feb., 2016).

9.

Franco, V., Blazquez, J. S., Ingale, B., and Conde, A. “The Magnetocaloric Effect and Magnetic Refrigeration Near Room Temperature: Materials and Models.” Annual Review of Materials Research. 42 305-342 (2012).

10.

Bothum, G. "Energy Storage: Why is Energy Storage Important?" Energy Storage. University of Oregon. Retrieved from http://zebu.uoregon.edu/disted/ph162/l8.html(Accessed: 29 Feb., 2016).

11.

Nelder, C. “Turn Up the Juice: New Flywheel Raises Hopes for Energy Storage Breakthrough.” Scientific American, 10 Apr., 2013. Retrieved from http://
www.scientificamerican.com/article/new-flywheel-design/ (Accessed: 29 Feb., 2016).

10

11

Growth of the Mexican
Aerospace Industry

employees, all by 2020.
On the technical side, Mexico is one of the few countries with a
Bilateral Aviation Safety Agreement (BASA) with the Federal Aviation
Administration (FAA). Companies in Mexico have certified theirprocesses to comply with industry standards such as ISO-9001,

In recent years, Mexico has steadily been climbing the ranks to
become a global player in the Aerospace and Defence (A&D)
industry. Mexico has some unique attributes which have facilitatedthis growth, as well as strong support from the government. The
future is also looking bright, with a long backlog of orders and clear
plans mapping the industry’s growth until 2020.
Current situation
The A&D industry is one of the most important industries in Mexico.
In the 5 years to 2014, the Gross Domestic Product (GDP) of the A&D
industry grew more than 20% each year and reached around
18,759.8 million MXN in 2014. From 1999 to 2014 the A&D industry
has contributed 3,183.7 million USD to Mexico and contributed to its
trade balance surplus. The country’s Free Trade Agreement (FTA)
also helped build this success.
Geographically well positioned and with access to the European andAsian markets, logistically Mexico is ideal. The country stands withina corridor of several large aerospace manufacturers: the US (Boeing)
is to the North and Brazil (Embraer) to the South. In addition, an
increasing Aerospace industry presence in the southern US statesover the last few years (e.g. Airbus in Alabama) means that Mexico isideally located to build on its supplier base.
Another facilitator of the A&D industry’s strong recent growth was
the established and experienced workforce. Trained in automotive
and electric-electronic manufacturing, they were ready to transfer
to the aerospace sector. A well-established infrastructure andsupply chain was another benefit of having these other industries
in place, which made the growth of the A&D industry much easier.
Mexico is more cost competitive than the United Stateswith 2012 KPMG figure showing a 15.7% cost saving.
This combined with a high proportion of engineering,
manufacturing and construction graduates makes theworkforce extremely attractive to international firms.
In order to fully develop its A&D industry, the Mexican
government has paid attention to talent management,
as well as establishing many research centres /institutions to serve the industry and enhance its
current position in the industry. The value of the A&D
industry is also expected to grow in the near future.
The Mexican government has carried out a study called
the ‘Pro-Aeréo 2012 – 2020 (In Spanish)’ to guide theindustry, aiming to place Mexico among the top 10
suppliers in the A&D industry worldwide, as well as
ambitious targets of $12bn in exports and over 110,000
12AS9100 and NADCAP.
The economic potential of the country is underpinned by its
ambitious President, Peña Nieto. Nieto has outlined a raft of socialand political reforms during his time in office, including allowing FDI(Foreign direct investment) in Mexico’s oil industry, clamping down
on corruption, new educational and constitutional reforms andbusiness-friendly tax code changes.
This being said, despite its advantages and the progress Mexico has
already achieved, many challenges for the government and thepeople still lay ahead, with social and political change ongoing.
President Nieto’s reforms have faced resistance from all sides (heonly won 39% of the presidential vote, so does not hold thelegislative majority). Well-publicised corruption, and financial andbusiness mismanagement in both government and industry remains,and Mexico’s drug war, as well as its ongoing violence and security
worries show no sign of being quickly resolved.
The view from abroad
In March 2015, ADS, the UK’s Air Defence and Security Space sectors
published their ‘ADS Global Aerospace Outlook 2014’ that identified
Mexico as one of 9 priority countries that the UK aerospace industry
and UK government should increase their efforts towards over the
coming year. Indeed, many UK companies have already moved someproduction capabilities to Mexico’s aerospace clusters over the last
few years.
However, in 2013 the UK only exported £34m in Aerospace to Mexico,
so there is a way to go before the UK at least takes full advantage ofthe Mexican A&D sector.

Mexico clusters
The A&D industry is spread throughout Mexico, with Baja California,
Sonora & Nuevo Leon being the areas with the most aerospace
corporations.
Other global trends have had a positive effect on Mexico. Risinglabour costs in China have shifted focus towards countries like
Mexico, which boasts relatively stable wages, greater IP protection
for companies, as well as its skilled workforce.

whole industry, and figures from 2012 show that the order backlog
was 7 years for these large companies. For the medium OEMs suchas Bombardier, Embraer and Mitsubishi, they have a 5-year orderbacklog. In addition to this, private plane and helicopter companies,
such as Dassault, have a 3 year backlog.
It is also very important to remember that the average age of theworld’s aircraft fleet is 18 years plus, meaning that within the next 8
years 20,000 aircraft will need to be replaced, before taking into
account any expansion or growth in the sector.

In 2013, Mexico’s GDP grew an estimated 1.2% and whilst this isrelatively modest compared to some other emerging countries, itranks higher than most western European countries, including
Germany. In addition, Mexican government bonds earned an ‘Arating’ in 2013 for the 1st time, making investment in Mexico appear
more attractive.

Although we have mentioned mostly commercial aircraft
manufacturers, it is also worth pointing out that the defence market
budget is significantly larger than the commercial sector, 4-5 times
the size, with the 2012 total being 550-600 billion USD, and Mexico iswell-prepared to claim its share.

What the future holds[Figures from FEMIA- The Mexican Federation of the Aerospace
Industry]

Here are some surprising facts about Mexico’s industry which
underpin its future growth capacity:

17% expansion in aerospace productivity since 2010

Currently over 260 aerospace companies (see split by regionin illustration), with around 34,000 employees.



10th largest supplier to the US market.



Around 5% of Airbus A380 suppliers are located in Mexico’s
aerospace clusters.

[Figures from ADS]

Opportunities for the future
Large OEMs such as Boeing and Airbus are driving standards for the

Challenges for the future
In order for Mexico to be prepared for the future, there should besome slight adjustments at the local and national government levels,
to ensure that future demand can be met. Certification capacity
should be increased to attract local companies to the sector.
The supply of talent needs to continue strongly, as well as
streamlining government R&D incentives. The competitive
advantage of the different regions needs to be optimised,highlighting their favourable geographical positions, theirinfrastructure connectivity, and their high capacity to react toincreased product requirements.
In conclusion, Mexico seems to be uniquely positioned to grow its
successful A&D industry even further in the coming years.
13China to curb illegal mining& export of rare earths

Mining.com recently reported that China is increasing its attempts to restrict illegal mining and export of rare earths. To do this, it issetting up a system to certify the origin of these important materials. It is reported that illegal mining and exports have been a factor
in falling prices of the past year, as this material has been flooding the international market.
According to vice minister of industry and information technology Xin Guobin, the new “tracing system" will use special rare earth invoices
and other information like export data to crack down on illegal miners, state-owned China Radio International reported.
Some estimates put illegal exports via Vietnam and Hong Kong as high as 40,000 tonnes. Amongst Beijing’s concerns are not only thefinancial losses from smuggling, but also the environmental and health and safety impact of unregulated mining. Modernising China’s
industry is part of bringing pollution under control, but will also have the effect of consolidating and regulating the mining sector.
The Chinese government is set to introduce newenvironmental regulations, including green export
certificates and new taxes that are based on the valueof the minerals, rather than on volume as is the caseat present, Reuters reports.
Recent figures disclosed by the Association of China
Rare Earth Industry, show that about 90% of thenation’s rare earth producers are currently operating
at a loss, and many may not survive past this year.
It is interesting to note from the chart opposite thatprojected rare earth production from the rest of theworld, excluding China, is estimated to increase as aproportion of the total worldwide annual production.
Adapted from MINING.com
Chart source: Statista.com

14

Letter to the Editor
Following the Crucible’s recent publication of responses to MMTA Members’ questions to the metals
press, the following Letter to the Editor has been received.
Sir,
Please allow me to look at the work of ‘pricing agencies’ through continental European glasses, with reference
to Mo in the shape of Ferro Molybdenum and Mo oxide and FeV. The continental spot markets were next todead in 2015 and are beginning to gain life again.
You may recall that steel products (such as escalators, steel rails, car parts etc.) were in recent years the subjectof a number of anti-trust investigations, in many cases leading to expensive sanctions. In response, hugevolumes of ‘compliance rules’ have been written, lawyers have taken over and now dictate how we do business.
This, one has to know when trying to understand the criticism (coming mainly from Western Europe) thatpricing agencies might shape a market, rather than simply describe it. That the publication of price tables is not
only a goodwill service to the market, but a business, can be concluded from the fact that one leading publisher
changed to daily pricing of Mo oxide immediately after the LME’s creation of the Mo-contract. The problem wasand still is: there is not much to talk about in Europe in relation to Mo oxide powder, and the LME-contract is of
no relevance.
The first point made by critics is that Mo oxide powder is hardly used in the steel industry, but industry uses Mo
oxide compacted to briquettes, packed in both big bags and drums. Briquetting creates cost and different
packing is linked with a difference in cost. The reporter, of course, can try to deduct Mo oxide powder from Mo
oxide briquettes, but one should keep in mind that market premiums varied in recent years between morethan USD1 and zero – and even those market players interviewed (trader, consumer), can only guess what thepremium is – quite apart from the fact that in most cases packing does not even form part of the interview. The
cost gap between big bags and drums is about USD 0.05 – 0.07/lb Mo; this is 1% of the prevailing market priceof USD 5.30! A grey zone of 1% just for packing?
The critics’ second point relates to the bad habit of showing prices by rolling forward even when the market isdead. If there is no business concluded or traceable, there is no turnover; it is a simple mathematical
calculation with the result of zero. Some business in trade defines a specific day as the quotational period, andI can fully understand that a contract party develops mixed feelings when caught in a virtual price. ‘A realistic
assessment of the tradable value of the commodity in question’ is no substitute for non-existent business.
The third point raised by critics is, let’s call it smoothing of prices, by cutting off what in the eyes of the reporteris extreme in both directions and does not fit. Markets are extremely volatile and try to find their balance byworking out high fluctuations. By cutting these off, a reader would years later get a completely distorted
market picture, but also, real business is affected, and this might cost a fortune: concluding at a high or low
quotation is risky, if the market is not properly reflected. I remember a buyer in a steel mill, who bought FeV
spot at very favourable terms (and the market knew it), and he was subsequently confused to see a higher low
than he had concluded.
Sincerely,
Michael Ihlenfeld
Consultant to F.W. Hempel Metallurgical GmbHFiji first to ratify
COP21 deal
On Friday 12th February, Fiji became the first
country in the world to formally approve the UN
climate deal (COP21) agreed by 195 nations in Parisin December 2015.
The island nation’s parliament unanimously agreed
to ratify the Paris agreement, with a signing ceremony
being held in New York in April, which the country’s
prime minister Voreqe Bainimarama will attend.
Tackling climate change is a major priority for theregion, which could face wide-scale flooding, fiercer
tropical storms, and depleting fish stocks as a result of
the world’s changing climate.
It is expected that many other countries will also sign
within the next few weeks to also take part in the
April ceremony.
The Paris agreement needs at least 55 countries,
representing at least 55% of the world’s climate
emissions, to ratify the treaty. Observers are
confident the milestone can be passed in time for the
New York event, given all the world’s major economies
expressed full support for the Paris agreement at lastyear’s summit in the French capital.
15

Iran: Mineral Resources andOpportunities

uranium, of which last it reportedly has the world’s tenth largest
reserves.

Selected Iranian Metal/Mine Production – 2009-2013 (‘000 Tonnes)

Tom Butcher, Consultant

A Bit of Background
Iran has lived with sanctions for many years now. And still does.
The first hefty set of sanctions was unilaterally imposed upon the
country by the US following the takeover of its embassy in Tehran inNovember 1979. These sanctions froze assets and affected, amongst
other things, investment in gas, oil and petrochemicals, together withbanking and insurance transactions, and shipping.

2009

2010

2011

2012

2013

281.3

282.0

321.9

338.0

*331.9

210.3

219.8

227.2

226.8

190.3

31,993.5

35,549.0

44,355.3

39,783.5*40,000.0

Lead (Refined)

72.0

75.0

82.0

81.0

85.0

Manganese(Ore)
Zinc (Metal
Content)
Uranium

125.5

131.6

194.4

172.6

*170.0

115.0

128.0

138.0

140.0

134.0

Primary
Aluminium
Copper(Refined)
Iron OreThe next set of sanctions to hit the country followed the discovery by
the International Atomic Energy Agency (IAEA) that, in September
?
?
?
?
?
2005, Iran was not in compliance with its international nuclearGold*2,000*350*350*1,000*1,000obligations. This time around, sanctions were imposed not only by(Kilograms)
the US, but also by both the EU and the UN. UN sanctions, underSource: British Geological Survey; Notes: * Estimated
Security Council Resolutions 1737, 1747, 1803 and 1929, were imposed
successively in 2006, 2007, 2008 and 2010. These hit the country
Minor Metals
particularly hard (especially those of 2010), affecting, not least, thedevelopment of the mining sector in Iran.
As well as base and other metals, the Iran mining industry has also
produced, and still does produce, a number of minor metals.
Today
To the surprise, perhaps, of many, in July last year the world powers
and Iran struck a deal at the UN in Vienna over the country’s nuclear
programme which would, potentially, lead to the country’s economy
being reopened to both investment and global trade. Sanctions relief
would become effective on verification by the IAEA of
implementation by Iran of the nuclear measures agreed upon.
On January 16 this year, “Implementation Day”, the IAEA certified
that Iran had indeed fulfilled its initial obligations under theagreement. Subsequently, the UN (nuclear-related) sanctions were
unwound, as were a number of others imposed upon the country.
Whilst some US-imposed (non-nuclear-related) sanctions still
remain in place, as far as non-US companies are concerned, it should
now be “business as normal” with Iran – as long as their dealings
involve neither US persons nor banks. Such business can, now,
include both the finance of mining projects and ownership of Iranianmines, together with exploration and extraction.

Mineral Resources and Opportunities
If the country’s PressTV is to be believed, Iran’s mining sector is one“which boasts some of the world’s most stupendous riches but
remains vastly underdeveloped.” Although not, perhaps,“stupendous”, these riches are pretty impressive, including,depending upon whom you ask, some 68 different types of mineral
worth US$700 billion.

“Major” Metals
In addition to significant deposits of iron ore in Kerman, Khorasan
and Yazd, amongst the non-ferrous metals, the country produces
and has significant major deposits of copper (in Sar-Cheshmeh,
Sungun and Miduk), and zinc and lead (both in Mehdiabad).
According to the United State Geological Survey (USGS), thecountry’s zinc, copper and iron ore reserves are some of the largest
in the world.
The country also produces aluminium, gold, manganese and16

Selected Iranian Minor Metal/Mine Production – 2009-2013 (‘000Tonnes)
Chromium (Ores andConcentrates)
Molybdenum (Metal
Content)
Strontium Minerals

2009

2010

2011

2012

2013

274.5

350.0

417.6

411.6

*410.0

3.882

3.676

3.365

3.512

*3.500

15.4

-

40.0

*20.0

*20.0

Source: British Geological Survey; Notes: * EstimatedAlthough this has not been possible to confirm, I did hear that somerather low-grade APR, sourced from Iran, was being sold out of
Dubai. Whether this is true, I know not. Or, if it is, whether such APR
is still being sold out of Dubai.
In addition to the metals above, in the recent past, the country has
also produced white arsenic (in the form of orpiment and realgar
concentrates), with the BGS listing estimated production in 2008 ofsome 100 tonnes, but none thereafter.
Whilst information is currently somewhat hard to come by, thecountry also appears keen to exploit several more of its minor
metals’ resources.
Future plans for minor metal production include one for a hugetitanium mine in Fanuj, in Sistan-Baluchistan Province, in the southeast of the country (down near its border with eastern Pakistan),which will require an investment of US$4.2 billion over the next five
years to bring into operation. Some 80 mines containing copper,
iron ore and titanium have been “explored” in the Fanuj area in thelast five years. With reserves estimated at some 3.6 billion tonnes,
Fanuj is said to include “a cluster of 30 deposits, each capable ofyielding one million tons of titanium ore per year.”
Other significant titanium reserves in the country are situated in
Kahnuj in Kerman Province (400 million tonnes), in southeast Iran,and near Orumieh (200 million tonnes), in West Azarbaijan in thenorthwest of the country.

Over the past several years (since July 2014), REEs, andparticularly heavy REEs, have been a focus of attention for thestate-owned Iranian Mines and Mining Industries Development
and Renovation Organization (IMIDRO). IMIDRO has actively been
looking at sourcing these from iron and phosphate ore andtailings, not least as “with their simultaneous extraction morevalue added can be created.” And, indeed, “IMIDRO calls forcooperation of all investors and owners of technology in the fieldof development of rare earth elements and strategic metals andwill provide proper conditions for activities in this regard.”
The country’s ambitions are not, however, confined just to REEs
and titanium. Other mining projects involving minor metals
include a magnesium oxide production plant and a proposed
antimony (considered by IMIDRO a “strategic” metal) mine at
Sefidabeh in South Khorasan province in eastern Iran near
Afghanistan.

Opportunities
Even before signature of the international deal in July last year,
IMIDRO had organized a major mining conference in Tehran at theend of May/beginning of June entitled the Iran Mines and Mining
Industries Summit (IMIS 2015). Over 200 mineral projects “readyfor investment” were presented and the event drew in excess of
200 domestic companies. Foreign companies from over 20
countries registered to attend including ones from Canada, China,
Finland, Germany, India, Japan and Sweden.
Since signature, at least a dozen European trade delegations havevisited Iran, a figure that is bound, now, to increase following“Implementation Day”. (The number of individual news items
detailing such visits on the website of Ministry of Industry, Mineand Trade attests to their frequency.)
No one believes that the lifting of sanctions will have an
immediate effect on Iran’s mining sector. Indeed, a timeframe ofthree to five years, although possible, may even be optimistic.
But, in the absence of sanctions, and as a purely practical matter,
one immediate effect will be that mining equipment, together
with mineral and mining technologies can, now, be exported to thecountry with considerably more ease.
According to Bloomberg, Mojtaba Khosrowtaj, First Deputy
Minister in charge of trade at the Ministry of Industry, Mine andTrade, when he was interviewed back in November last year, said
that, assuming an oil price of US$40 a barrel and daily exports of
two million barrels, mining and metals such as copper and lead,and “higher priced rare earth elements” could be worth “muchmore” than the country’s revenue of US$30 billion from the oil
industry. Oil prices are now hovering around 25% less than thisfigure of US$40 a barrel
Whatever they may be worth precisely, the opportunities are by
no measure insignificant, and probably range anywhere from
US$20 billion to US$29 billion. Maybe even more. How many ofthese involve minor metals is not entirely clear. But what is clear
is that some of world largest mining companies, for example Rio
Tinto, have already started to scope out what these opportunities
may mean for them. One can rest assured, however, that their
numbers are only likely to get larger.
17

A Letter from Mufulira
Dear Reader,
It may not be easy to imagine living in a town where almost every
person of working age has lost their job – but this is how it feels
in present day Mufulira.
It seems that in this town we are just too dependent on Copper.
It goes back to the time when copper was discovered here in
the 1920s and the British then developed our mine and smelter.
The whole reason for our existence was copper.
From relatively uninhabited bush, this place became a thriving hub
for mining and all that goes with it. The problem is that for theapproximately 300,000 people who live here, we do not seemto have developed alternative sources of livelihood.
So when copper prices fall on international markets, theconsequences have real effects on people’s lives.
I know, as an economist that, in our inter-connected world,a financial pebble thrown in a pond, thousands of miles away from
Zambia can cause a ripple that will lead to a wave, that in turn could
lead to a small Tsunami. In land-locked Mufulira, the financial
Tsunami has come to town, and I want to try and describe what it
feels like to be enveloped by the economic backwash.
My name is Mabvuto Chibende and I am 26 years old. That means
I was born 26 years after Zambian Independence in 1964. My father,
Mwansa Alick Chibende, was born in 1950 in Mufulira. Back then,education was quite rare but his father managed to have him
educated. In 1977, he was among the few Zambians to graduate
from the University of Zambia with a Bachelor’s degree in
Mechanical Engineering. The man could fluently speak four
languages; Bemba, Lala, English and French. He gave me a good life
so whenever he tried to explain how hard it was living in his time,
I never could imagine it. I mean, besides his career, he was a golfer,
played soccer and sometimes squash and above all, was a books
collector. How hard could life have really been?

Not so many households can afford vehicles.
Today, it’s really hard to live in Mufulira. The costs of living are high,the food prices are equally high, there have been cases of fuelshortages and above all, more than 60% of the population in the
town are unemployed. I know the high costs of living is a case of theentire nation, it just feels like Mufulira is experiencing the worst of it.
Our country has many achievements we can be proud of. One ofthem is that we are one of the only countries in Africa to be generally
at peace and to have recently held free and fair elections. Since
independence, Zambia has been home not only to its citizens but
also harboured a lot of refugees from neighbouring countries
seeking asylum.
My economics tells me that Zambia is not the only country to suffer
presently from low commodities prices. I understand excess world
steel production has caused lay-offs in industrial towns in otherparts of the world, and the consequences are similar to those we
experience here with copper.
So the questions I am asking do not apply only to Mufulira, but also
to you in your own countries. How can a town or community that
depends on a single commodity protect itself from the swings ofcommodity prices beyond their control?
In Mufulira, there are two major influences on our livelihoods – themine owners and the Government of Zambia. Could these twoentities have prevented the present suffering and softened theblow? Could more have been done to keep employment levels
going? Did the Government collect enough tax and wisely invest
enough in social provision or diversification in the good times tounderpin people’s lives now in the downturn?
Let us look for a moment at what is it like here. On Monday 23rd
November, 2015 Mopani Copper Mines (MCM) issued letters of
redundancy to 4,300 miners in Mufulira and Kitwe and, quite simply,
economic development came to a standstill.

Perhaps we can see the issue better through the story of one middle-ranking miner who I shall refer to as ST. ST is 34 years old andcommenced work at the mines in 2011. He held a middle-ranking
engineering job at the mine for two years, gaining promotion in 2013.
In 2014, he took out a Kwacha loan of K133,000 ($12,000) from
My mother, Ethel, on the other hand, was the only female in a setof triplets born in 1956. She grew up with 10 other siblings, of whom Stanbic Bank, which would have cost him K196,000 ($17,800) in
only four got educated, her inclusive. She was the only female in her repayments over five years, an approximate interest rate of 9.4% per
year. At his redundancy he was paid K81,000 ($7,400) and K18,000
family that got educated to tertiary level at David Livingstone
Teachers college. I’m inspired by her dedication because she pushed ($1600) tax free lump sums which were used towards loanherself to get a diploma in Religious Education via distance learning repayments and subsistence. Today, he remains in debt for a further
K36,000 ($3,300) and has no job, no income and no means to repay.
with West-Hill College of the UK. I was only 6 years old when mymother left for 3 weeks as she travelled to the UK in 1995 under
It seems that in the last few years, when Zambia became so credita school exchange program.
worthy based on the so-called super cycle and high copper prices,
one group of companies expanded into Zambia at a phenomenal
I have grown up in Mufulira. It’s not so different from most towns
in Zambia except that we do not have large shopping malls; there is rate – the banks. Here in Mufulira we have five banks - Barclays
plenty of idle land and most households are either farmers or miners Bank, Finance Bank, First National Bank (FNB), Stanbic Bank, and(or at least were). There are so many trees around most households Zambia National Commercial Bank (ZANACO). We also have two
micro-finance companies, Bayport and Unit Finance.
with fresh fruits like mangoes, guavas, bananas etc. Mufulira isamong the towns in Zambia that receive plenty of rain during therainy season and so, the land is so fertile. In the morning, when you
wake up, you can actually hear the sound of the birds singing, wellthat’s of course after roosters around 5am. If you walk in the streetsof Mufulira early in the morning, you will see children in school
uniforms walking to school, miners waiting at a bus stop for the minebus to pick them up and others going for work. You can get
anywhere in Mufulira in time because there is literally no traffic.
18

It is a brutal lesson to learn, but just as our Government has
undoubtedly increased the country’s indebtedness based on the
expected returns of copper, so have the individuals whose personal
incomes were derived from that industry.
As for ST, he is an industrious person and has a good chance ofsurvival, but others have taken to alcohol or are suffering fromdepression and there are reports of suicides too.

Was this necessary?
I think what we fail to understand here in Mufulira is that we are partof a long chain of profit that starts with digging for copper. What
starts with us, ends as cable in your car and your computer andbrings light to your home. Our pebble dropped in the pond brings
you sunshine and an easier life. Why does the pebble of lower prices
on international markets bring us only redundancy and poverty?
I am an economist and I am part of a new generation of young
Zambians who are trying to understand the position of our country
within the inter-connected fabric of the world economy. For too
long we have failed to benefit enough when times have been goodand have not been supported enough when times are bad. It issomething that I hope in my lifetime will be addressed through the
spread of information and understanding of how international
markets work so that Zambians may no longer be powerless before
world events.

ASTEROID MINING
Asteroid Source: Erik Simonsen Getty Images

In an update on developments in asteroid mining, Luxembourg
recently announced plans to support efforts to mine asteroids for

As for me, I am learning one hard lesson – never to borrow morethan I am able to repay.

their untapped mineral resources.

Mabvuto Chibende, Mufulira, Zambia

legal and regulatory framework on the future ownership ofEurope’s first government asteroid mining initiative will develop aminerals extracted from objects in space, such as asteroids, aswell as investing in related research and development projects,
and may even directly invest in companies active in the field.
"Our aim is to open access to a wealth of previously unexploredmineral resources on lifeless rocks hurling through space, without
damaging natural habitats. We will support the long-term
economic development of new, innovative activities in the spaceand satellite industries as a key high-tech sector for Luxembourg,"
said the country's deputy prime minister and minister of theeconomy, Étienne Schneider, in a recent statement.
Asteroids, being lumps of metal and rock left over from theformation of the solar system around 4.5 billion years ago, cancontain base metals like iron, nickel and cobalt and trace amounts
of precious metals including gold, platinum and rhodium.
The announcement followed the US passing of the SPACE Act inNovember 2015, which aims to support private sector exploitationof space resources.
According to Deep Space Industries (DSI), a California-based‘space prospector’, supplier, and asteroid mining firm, the industry
is already attracting $2 billion a year in private investment.
The company launched a Luxembourg subsidiary last year.
"There are moments when the world changes. By joining the U.S.,
private citizens and companies who are moving outwards into
space, Luxembourg is making this time in history one of thosemoments," pronounced DSI Chairman, Rick Tumlinson, on thecompany's website.
DSI clearly sees tangible future opportunities in asteroid mining,
so it will be interesting to observe developments.

Source: Katy Barnato, CNBC (www.cnbc.com) 3rd February, 201619

20