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The oil and gas industries are major contributors to the world’s carbon emissions. The burning of fossil fuels such as oil and natural gas releases large amounts of carbon dioxide into the atmosphere, leading to global warming and climate change. With the growing awareness of the negative impact of carbon emissions on the environment, it is becoming increasingly important for the oil and gas industries to find ways to decarbonize their operations. In this post, we will discuss some of the ways in which the oil and gas industries can reduce their carbon footprint and become more sustainable.

As the world tries to phase out fossil fuels, the logical alternative is electric vehicles. As electric vehicles begin to replace traditional cars at scale, there will be an exponential growth in demand for batteries. We have already written about the opportunities facing the mining industry in the future here. Simply put, there will be a spike in demand for copper, lithium and other materials vital for electronics. This raises an important question: where will the world find these materials? The short answer? Africa. But first, why is this important?

Europe is quite dependent on imports of minerals, including those from Russia and China. According to the European Commission, the European Union (EU) imports more than 80% of the minerals it needs for its industry, including critical minerals such as rare earth elements. China is the largest supplier of rare earth elements to the EU, followed by Russia. Now a new discovery in Sweden may change that.

Sustainable mining is a topic that has gained increasing attention in recent years as the world becomes more aware of the impact of mining on the environment and communities. In 2023, there are a number of techniques and technologies that are being developed and implemented to make mining more sustainable and reduce its negative impact.

The future of the electric vehicle (EV) market is looking bright, with many experts predicting significant growth in the coming years. This growth is likely to have a significant impact on the mining industry, as the production of EVs requires a range of minerals and metals that are mined from the earth.

One of the main areas of concern in the mining industry is skilled labor. Nowhere is this issue more visible than in Australia. The industry faces a shortage of almost 24000 workers this year, without a clear answer of where they may come from. So why are Australian mines running out of workers?

The upcoming year will bring a host of new risks to the mining industry. Any company’s 2023 strategy will need to include environmental regulations, the clean energy transition, and political/economic upheaval. It is not all doom and gloom, however. Developments in AI, self-driving vehicles, and biofuels present companies with methods to cut emissions and limit costs. Demand for certain metals and materials may increase drastically in the future. So what are some of the main risks and opportunities in 2023?

This November, the Finnish government has included a number of reforms for its mining industry. Chiefly, the government would levy a 0.6% royalty on a number of metallic minerals. Industrial minerals would also be taxed, at 0.2EUR per tonne. Additionally, the Industry would have an increased tax liability. Any company extracting minerals from Finnish bedrock would fall under this category. If the proposed reform passes, it would come into force in 2024, though there is some discussion of earlier implementation. So what should companies know?

The mining and metals industry is in a unique position. The world moves towards decabonization and limiting GHG emissions, but the demand for metals is growing. Decarbonization without electrification appears impossible. Electrification needs copious amounts of metals and minerals. As a result, the mining industry needs to seek out ways to increase efficiency while still limiting its carbon footprint. Enter digitalisation. Modern innovations in AI and general digital technology can now allow mines to upgrade their efficiently without major equipment overhauls. So let’s take a closer look at some of the technologies helping miners today.

Since the 18th century, coal has had a vital role in industrial production, energy, and heating. Even today, this fossil fuel is responsible for the majority of Asia’s energy production, led by China and India. Yet, as a fossil fuel, it is becoming increasingly regulated and costly to use. GHG emission regulations are ramping up globally and it seems that coal lacks any long-term perspectives. Despite this, demand and prices have been on their way up since 2021. So what is the future of coal in 2023?