Author Archives: Nanthakumar Victor Emmanuel, P.Eng.

#Forbes: #Tesla As A Mining Company. #Lithium Today, #Nickel Tomorrow?

Price is one reason why Tesla might be looking at its own supplies of nickel with a strong recovery developing as the primary market for the metal, stainless steel, picks up, especially in China.

From $5 a pound as recently as March nickel has risen to trade around $6.50/lb and is forecast by Morgan Stanley to top the $7/lb mark next year.

Environmental sustainability is another issue with questions routinely raised about a mining and processing technology called Nickel Pig Iron which has caused problems in country’s such as Indonesia and the Philippines.

If Tesla is serious about ensuring future supplies of essential raw materials then nickel ought to be top of its mining plans.

Read more at: https://www.forbes.com/sites/timtreadgold/2020/09/29/tesla-as-a-mining-company-lithium-today-nickel-tomorrow/#477c683f6b4c

#Reuters: #Cobalt demand for 5G technology to challenge electric vehicles

LONDON (Reuters) – The need for larger rechargeable batteries and more energy storage for 5G technology is expected to significantly boost demand for cobalt over coming years and potentially pit the sector against electric vehicle makers.

Read more at: https://ca.reuters.com/article/us-cobalt-5g-electric-idCAKCN26C1EQ

Ending #China’s Chokehold on Rare-Earth Minerals

The fundamental challenge is economic. America’s goal should be secure supply chains, not national autarky of supply. The U.S. should do this by promoting domestic production; diversifying mineral imports away from China; cooperating with allies to insulate each other from Chinese control; developing multiple alternative supply chains; stockpiling rare earths to create shock absorbers in case of a crisis; and reducing demand by investing in alternatives.

Start with the fundamentals. Rare-earth elements exist in small quantities not easily separable from surrounding detritus. Significant known deposits exist in China, Brazil, Canada, Australia and India, as well as in the deep seabed. Sixteen of the 17 rare earths exist in the U.S. at a single west Texas site currently under development. 

Their extraction and treatment is expensive and environmentally damaging, yet they are essential to $7 trillion in finished products. Wealthy countries have made licensing harder and raised other barriers, pushing the industry to China and Malaysia, where low labor costs and weak environmental enforcement make them economical.

As a report  this year from the Colorado School of Mines concluded, “China’s strength is in refining those Rare Earth oxides into metallic alloys to manufacture end-products.” Breaking China’s monopoly will require development of processing plants and supply chains outside Beijing’s control.

China dominates the global market in rare-earth minerals, producing 70% of the world’s exports. But this isn’t a gift of nature — it’s the result of 15 years of industrial policy. The Chinese government identified a critical economic chokehold, invested in building companies, subsidized production to underprice and ultimately destroy competition, and then constructed a monopoly.

Read more at: https://www.bloomberg.com/opinion/articles/2020-09-18/ending-china-s-chokehold-on-rare-earth-minerals

Are Batteries the Trade War China’s Already Won?

The global battery market to power EVs and consumer electronics and to store renewable energy on power grids will be worth about $116 billion a year by 2030, BloombergNEF forecasts, up from around $28 billion now. The U.S. is on course to capture only a small piece of that.

American and German automakers dominated the 20th century, pioneering and continually improving the internal-combustion engine. Japan and China, which industrialized later, were left to play catch-up. But now Asia—led by China and South Korea—leads the way in developing cheap, powerful technology for the EV era.

U.S. industries will suffer if rising battery demand is met only by foreign companies, experts say, and job losses in the already shrinking auto sector will be even greater if cell production is concentrated overseas.

Read more at: https://www.washingtonpost.com/business/on-small-business/are-batteries-the-trade-war-chinas-already-won/2020/09/16/d916d3f2-f7fb-11ea-85f7-5941188a98cd_story.html

#Nasa is looking for private companies to help mine the #moon

NASA has announced it is looking for private companies to go to the moon and collect dust and rocks from the surface and bring them back to Earth.

https://www.lpi.usra.edu/lunar/strategies/SP509-3-Materials.pdf

Recommendations on page – 151

Read more at: https://www.theguardian.com/science/2020/sep/11/nasa-moon-mining-private-companies

#NYTimes: #Indonesia Regulator Eases Lending Rules for Electric Vehicles

Indonesia is keen to create a full nickel supply chain industry, starting from mining the ore, extract nickel chemicals used in EV batteries, down to building EVs at home.

Indonesia this year stopped exports of unprocessed nickel ore to ensure its nickel supply will be processed domestically, including for the battery chemical plants that are currently under constructions.

Indonesia sets an ambitious target on the adoption of electric vehicles (EV) with 2.1 million e-motorcycles and 2,200 e-cars expected to take the road by 2025. However, the availability of charging infrastructure and expensive price of EV remain to be the main challenges for the EV adoption.

The Indonesian government put high hopes on e-motorcycles adoption, while the development of e-cars is directed at certain areas, such as tourist areas, industries, and offices. The government also aimed the electric vehicles to be used as public transportation and operational vehicles.

Read more at: https://www.nytimes.com/reuters/2020/09/04/world/asia/04reuters-indonesia-electric.html

Striving for green recovery, #EU adds #lithium to critical materials list

BRUSSELS, Sept 3 (Reuters) – The European Commission added battery element lithium to its
critical raw materials list on Thursday and set out a plan to guarantee their supply to support a green
recovery.


The European Union needs to diversify its sources of materials, ranging from silicon to rare earths,
the Commission said, an issue highlighted after global supply chains were disrupted when the
COVID-19 pandemic struck.


The EU executive, which first drew up a list of critical raw materials in 2011 in response to
booming commodity prices, said it had added lithium, aluminium ore bauxite, titanium – used in
aerospace and for orthopaedic implants, and strontium.

https://af.reuters.com/article/metalsNews/idAFL8N2G01AY

#Reuters: #Canada’s Midland in #nickel exploration funding deal with #BHP

Midland Exploration Inc said on Monday it had struck a funding deal with a subsidiary of BHP Group Plc for nickel exploration in the Canadian province of Quebec.

The company’s partnership with Rio Algom Ltd to explore nickel in Nunavik comes as demand for the metal surges from use in automotive batteries to power electric cars.

Read more at: https://www.reuters.com/article/us-midland-bhp-grp/canadas-midland-in-nickel-exploration-funding-deal-with-bhp-idUSKBN25K1L7

High capital requirement poses challenge for #Indonesia’s battery industry: Expert

As the world’s largest producer of nickel, Indonesia has been eyeing a more strategic position in the global supply chain for the development of lithium batteries and eventually, electric cars.

he government announced last year the start of development of an approximately $3.2 billion car battery factory in Morowali, Central Sulawesi, backed by Chinese battery manufacturer Contemporary Amperex Technology (CATL), among others.

Battery-maker PT International Chemical Industry, widely known for its ABC battery product, has also committed to pouring Rp 207.5 billion ($14 million) worth of investment to build lithium ion battery production facilities, commercial production of which is to commence by 2021, according to the Industry Ministry.

The company aims to produce 25 million lithium ion cell batteries per year, equivalent to 256 megawatt-hours (MWh) of electricity.

Despite the challenges, Nizam said Indonesia had a huge potential for EV battery demand in the future due to its population size, the growth of the global EV industry and the government’s support for low-emission vehicles.

According to his calculation, if 10 percent of scooters and motorcycles in Indonesia were converted into electric scooters, the demand for electric power through batteries would reach 15 gigawatts, adding that electric scooters could become the primary choice for short-haul vehicles in the future.

“Electric motorcycles and battery producers should aim to reach a range of 100 kilometers per charge for the motorcycle to reach its economic factor,” he said.

Read more at: https://www.thejakartapost.com/news/2020/08/24/high-capital-requirement-poses-challenge-for-indonesias-battery-industry-expert.html

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