Lithium And Organometallic Compounds Market Intelligence

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  • What are the key trends in Lithium And Organometallic Compounds category?
  • Am I paying the right price?
  • Am I working with the right supplier?
  • What are the major challenges and risks in Lithium And Organometallic Compounds industry?
  • How is Lithium And Organometallic Compounds industry performing?

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Report Coverage

  • Lithium Carbonate – Demand by Downstream Applications
  • Lithium Carbonate – Porter's Analysis
  • Global Lithium Carbonate Supplier Landscape

Table of contents

  1. Executive Summary
  1. Lithium And Organometallic Compounds - Lithium Carbonate Supply - Demand Dynamics
  1. Lithium And Organometallic Compounds - Global Lithium and Lithium Derivatives Market Trend and Outlook
  1. Lithium And Organometallic Compounds - Lithium Carbonate - Demand by Downstream Applications
  1. Lithium And Organometallic Compounds - Lithium Carbonate - Price Trend and Forecast
  1. Lithium And Organometallic Compounds - Lithium Carbonate - Porter’s Analysis
  1. Lithium And Organometallic Compounds - Lithium Carbonate - Supplier Analysis
  1. Lithium And Organometallic Compounds - Lithium Carbonate - End Use Segments by Value Chain

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Global Market Outlook on Lithium And Organometallic Compounds

The global LCE market is expected to remain short supplied up to 2020, owing to the tremendous demand witnessed from the batteries segment. The market will continue to remain deficit if all the various planned capacity expansions do not come online by 2020–2021.

Global LCE Supply–Demand Dynamics

  • The global LCE market demand has been constantly outpacing supply since 2016. The market is expected to remain deficit until 2020 and even beyond. However, the supply–demand gap is expected to slowly reduce, owing to the various capacity additions by major manufacturers and junior miners
  • Lithium brine production is expected to witness an increasing trend during 2017–2020, supported by capacity additions by major manufacturers
  • The major reason for the short supply is primarily due to the spiraling demand from the rechargeable batteries market, which are used in EVs. The LCE demand has been growing at a rate of 10–12% between 2015 and 2020 and is expected to further increase to 12–15% between 2020 and 2025, when EVs hit the commercial market

Lithium Deposits by Type: 2017 

  • Brines and hard rock ores (pegmatite's) are the main sources for commercial lithium production. There are three main types of brine deposit – continental, geothermal, and oil field with the most common being continental saline desert basins. It constitutes the majority share of lithium production, as it is easier to explore and the cost of production is cheaper compared to hard rock mining
  • Lithium concentration in pegmatite's is much higher than in brines. Thus, deposits with extremely high lithium values may be economically viable compared to brine harvesting

Global Lithium and Lithium Derivatives Market Trend and Outlook

Unlike lithium carbonate and lithium hydroxide, the dominant uses of LiCl and LiBr are for the manufacture of lithium metal and industrial drying, respectively.

Lithium Hydroxide (LiOH)

  • Capacity Demand Dynamics:  It is the second most used lithium metal after lithium carbonate. Despite sufficient total lithium hydroxide capacity, there is lack of battery grade lithium hydroxide to meet the demand from the rapidly growing battery market, which has led to tightened supply situation and the rise in lithium hydroxide prices.
  • Major Regional Producer:  Currently, China is the major producer of lithium hydroxide with more than 40,000 MT while the remaining 20,000 capacity is outside China.
  • Expensive Cost of Production:  The average cost of hydroxide production in China is 50% higher that Rockwood Lithium's production cost, but only slightly higher than the cost of production by FMC. Additionally, Chinese producers have to pay 17% VAT on their exports.
  • Downstream Trends:  The demand for EVs is expected to exceed the demand from greases by 2020. Lithium hydroxide is expected to be consumed more in EVs compared to lithium carbonate and more amount of lithium carbonate will be used for the production of LiOH.

Lithium Chloride and Bromide (LiCl & LiBr)

  • Production Process:  LiCl is produced by reacting hydrochloric acid with lithium carbonate, while LiBr is manufactured by treating hydrobromic acid with lithium carbonate.
  • Lithium metal:  Lithium metal obtained by the electrolysis of LiCl is used to make organolithium reagents, like methyl lithium, butyl lithium, etc. Butyl lithium is used to make polymers.
  • Restraining factor:  The corrosive nature of LiBr will act as a major impediment to the growth of the LiBr market.

Lithium Carbonate – Price Trend and Forecast

There are several new investments on new mine sites for the production of lithium carbonate and they are on an increasing trend. However, supply is expected to remain deficit at least until the end of 2020 with the supply–demand gap progressively decreasing between 2017 and 2020. Prices are expected to remain on an increasing trend until 2020; however, the price levels will not fall back to 2014–2015 price levels.

  • LCE prices have been on a spiralling upward trend since 2016, which marked the start of the ‘Battery Boom' and subsequent surge in demand for LCE
  • The demand from battery-grade lithium is expected to reach ~ 99,000 MTPA by 2020, which is expected to exert further upward pressure on prices
  • Prices are expected to gradually start declining by mid 2019; however, owing to strong demand, no major drop in prices is expected

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