Green Technology

Green Technology: How Green is Your Metals and Mining Asset Management Portfolio?

The mining industry is anticipated to be among the main winners as the world embraces sustainable energy. Large amounts of metal are needed to produce, transmit, and store electricity gained through solar and wind energy.

A significant portion of the raw minerals used in the green energy trend, like cobalt and lithium, are currently supplied mainly through mining. These metals need to be mined on a much larger scale than they already are if climate commitments are to be maintained.

Metals and mining companies will face significant difficulties as a result of the energy shift, forcing them to rethink their growth strategy and innovate. This is where strategic sourcing is required. Here are some ways to improve the sustainability of your asset management portfolio.

Green Technology: An Introduction 

Technology that reduces or undoes the consequences of the actions of humans on the environment is referred to as “green technology.” Green technology in mining relates to equipment that will lessen carbon emissions from operations and reduce adverse environmental effects. It entails the utilization of mineral and metal resources that facilitate the switch to low-carbon alternatives like solar or wind energy.

How Green Are the Metals and Mining Assessment Management Portfolios? 

Non-renewable raw materials for green technology must be procured from primary or secondary natural sources. The goal is to create a completely circular economy where demand can be supplied through recycling and reusing. 

The most significant contributor to global greenhouse gas emissions is the energy industry. As per data gathered by Oxford University’s Our World in Data, the energy industry is responsible for over 73% of the worldwide emissions of greenhouse gases. The energy sector’s three primary consumers are industry, transportation, and residential warming and lighting.

We must modify how we create, transport, and use energy to decrease greenhouse gas emissions. Nuclear power, solar energy, and wind farms must replace thermal power plants. To store electricity, thousands of industrial cells must be constructed. Electric alternatives should be used in place of boilers and gas warmers. 

This new paradigm will necessitate tremendous quantities of material. This is so that renewable energy may generate the same amount of energy as fossil fuels without requiring as much metal. While implementing cutting-edge technologies, the mining industry should carefully evaluate emerging trends in cooperation and traceability. 

Mining firms are being scrutinized closely. Customers are putting increased pressure on businesses to be sustainable along the entire supply chain, from when a resource or metal is discovered until it is used in the goods they buy. 

Investors are adding green projects to their metals and mining asset portfolios. They are looking for companies that have a solid commitment to sustainable practices. This includes firms prioritizing reducing carbon footprint, conserving water resources, and minimizing waste. Companies prioritizing sustainable practices will likely have a lower environmental impact than those not.

Mining companies must also consider recycling and reusing minerals as it can reduce the demand for new mining and help minimize the environmental impact of mining operations. Firms focusing on recycling and reusing minerals will likely be more sustainable. 

Final Thoughts 

Green growth policies are essential for reducing the damaging effects of the mining sector on ecosystems and scenery, such as pollution, hazardous waste, and carbon emissions. They are also crucial to lowering the ecological footprint of these components throughout their existence, from extraction to finished use, supporting the viable expansion of the sector and creating new employment opportunities. Investors will add more green projects to their mining asset management portfolios, and mining companies must adopt sustainability principles to garner more investment.

Technology metals market

Technology Metals Market and Procurement Strategies in AEMEA

The demand for technology metals has increased exponentially in recent years due to their extensive use in various high-tech applications. Still, the supply of technology metals is limited, and their procurement can be challenging. Here, we will explore the current state of the technology metals market in AEMEA and discuss procurement strategies that can help businesses stay competitive in this dynamic market.

Technology Metals Market in AEMEA

The market for technology metals in Asia, Europe, the Middle East, and Africa (AEMEA) region has been growing steadily over the past few years, driven by several factors, such as the increasing demand for electric vehicles, renewable energy systems, and consumer electronics.

For instance, the demand for lithium-ion batteries, which require large amounts of cobalt, nickel, and lithium, is expected to increase as electric vehicles become more prevalent in the automotive market. Additionally, the demand for rare earth elements, such as neodymium and dysprosium, is growing due to their use in manufacturing wind turbines and other renewable energy systems.

China has been a dominant player in the technology metals market, producing most of the world’s rare earth elements and lithium. However, other countries in AEMEA are starting to ramp up production to meet the growing demand.
Despite the increasing demand for technology metals, the supply chain for these metals is highly complex and often opaque, with several challenges, such as geopolitical risks, price volatility, and environmental concerns.

One of the challenges facing the technology metals market in AEMEA is the supply chain. These metals are often produced in countries with unstable political situations or weak regulatory environments, making it challenging to ensure responsible sourcing practices.

Technology metals market

Procurement Strategies for Technology Metals in AEMEA

To stay competitive, businesses in the technology metals market in AEMEA must adopt procurement strategies to help them manage supply chain risks, reduce costs, and ensure sustainability. Some of the procurement strategies that businesses can adopt include:

  1. Diversify the Supply Chain
    One of the most effective procurement strategies for technology metals is diversifying the supply chain. Businesses should look for multiple suppliers and sources of technology metals. This can help businesses to mitigate the risks associated with supply chain disruptions, price fluctuations, and geopolitical tensions.
  2. Build Strong Relationships with Suppliers
    Building solid relationships with suppliers is crucial for ensuring a reliable supply of technology metals. By building solid relationships with suppliers, businesses can gain access to valuable information about market trends, supply chain risks, and pricing fluctuations. Additionally, strong relationships can lead to better pricing, favourable terms, and priority in allocating supplies.
  3. Conduct Regular Supplier Audits
    Conducting regular supplier audits is another effective procurement strategy for technology metals. By auditing suppliers, businesses can ensure they meet the necessary quality, environmental, and ethical standards. Additionally, audits can help companies to identify potential risks in the supply chain and take proactive measures to mitigate those risks.
  4. Monitor Market Trends and Price Fluctuations
    Monitoring market trends and price fluctuations is crucial for effectively procuring technology metals. Businesses should closely monitor the market trends, supply chain risks, and price fluctuations of technology metals. By staying current on market trends, companies can make informed procurement, pricing, and inventory management decisions.

Conclusion

The technology metals market in AEMEA is rapidly growing. In this dynamic market, businesses need to adopt procurement strategies to help them manage supply chain risks, reduce costs, and ensure sustainability to stay competitive. By following the procurement strategies mentioned above, businesses can ensure they have a reliable supply of technology metals and stay ahead of the competition.

Contact us to learn more about procurement strategies that allow your business to maintain steady supplies of technology metals and stay ahead of the competition.