Nickel is a critical material for modern industries, especially in the production of stainless steel and high-performance alloys. However, its most significant role today is in the growing electric vehicle (EV) market, where it is a key component of lithium-ion batteries. As the world moves towards greener technologies, understanding Nickel’s properties and uses becomes essential for industries aiming to stay ahead in the energy transition.

With an expected compound annual growth rate of 4.8% from 2023 to 2028, Nickel production is shifting towards the Asia-Pacific region, especially in Indonesia. This document outlines the global production landscape, highlighting how key players are adapting to the increased demand for high-purity Nickel, particularly for EV batteries. Learn more about the economic drivers, geographical distribution, and the role of government policies in shaping the future of Nickel.

Extracting Nickel is not without its challenges, especially when dealing with different ore types such as sulfides and laterites. This guide covers the complexities of Nickel processing, including traditional methods like smelting and emerging techniques such as High-Pressure Acid Leaching (HPAL). Each method has its environmental and economic considerations, especially as the industry grapples with decarbonisation targets. Download the full document to understand the comparative advantages and challenges of each extraction method.

The environmental footprint of Nickel production is a growing concern for industries reliant on sustainable practices. This document explains how Life Cycle Assessments (LCA) are becoming a critical tool for minimizing the environmental impact of Nickel mining and refining. Learn how LCA is being used to evaluate Nickel's entire value chain—from extraction to final product—and what this means for industries striving to reduce carbon emissions.

As countries and companies push for decarbonisation, Nickel has emerged as a vital element in this transition, particularly in the manufacturing of high-efficiency batteries. With global demand for Nickel expected to rise dramatically by 2030, it’s important to understand how innovations in battery technology are influencing the material’s production and consumption. This guide provides an overview of the emerging battery chemistries reliant on Nickel, as well as the evolving market demand. For a detailed breakdown of these trends, access the full document.

The future of Nickel is closely tied to the shift towards clean energy and sustainable technologies. While traditional industries like stainless steel production continue to drive demand, the growing importance of Nickel in the renewable energy sector, particularly for battery technologies, cannot be overstated. Explore the predictions for Nickel’s future, including key factors that will shape supply chains and sustainability strategies. Download the document for more insights on Nickel's role in the global energy transition.