The benefits of switching to clean energy are huge. As with any industrial activity, the transition has potential environmental and social impacts
Those who follow this blog already know that I have published a number of posts trying to get a deeper view regarding the future of energy production and consumption versus environment and climate change. Response was quite mixed. Among other things I was accused of promoting nuclear energy. I have no personal interests in any of the related industries. Be it nuclear, fossil fuels, renewable or any other. However, I am concerned that some people are willing to promote certain technology at any cost. I might be wrong but I am convinced there is no perfect solution. This argument is not about winning it but is about the future of this planet. Let’s give any opinion a chance! Let’s not start the discussion with already rejecting some solutions.
There is a huge shift rolling in car manufacturing. In general, electric cars are often promoted as some sort of the only chance. I do agree with that, in principle. However, we should look at the whole process or manufacturing and using electric cars. And surely, what do we use to produce electricity that will power that car? Article that follows this bragging of mine is about new demand for copper as unavoidable material for production of electric motors. How copper mining is affecting environment and how to deal with that. It is great thing that many people want to buy electric car in order to help fight against climate change. It is certainly step in the right direction. However, it is not some magic solution. Far from that.
Let’s have an open and honest discussion. Every solution I have came across has positive and negative effects. I am convinced that the most efficient approach would be a mix of various technologies.
Clean energy? The world’s demand for copper could be catastrophic for communities and environments
The benefits of switching to clean energy are huge. As with any industrial activity, the transition has potential environmental and social impacts.
As we head towards net-zero emissions, record quantities of copper will be required. Copper is critical for solar panels, wind turbines, electric vehicles and battery storage.
Unfortunately, we’re headed for a supply crunch. Market analysts estimate the annual copper supply shortfall could be as high as 10 million tonnes by 2030 if no new mines are built. This means prices are on the rise, giving miners an incentive to bring new copper mines to market.
The complexity of these new mines will be unprecedented. Unless mining is done differently, rushing to bring these projects into production could unleash unacceptable, catastrophic impacts onto local people and environments.
A golden age for copper
Until recently, the copper market has been flat. Prices have been low, and it has not been a good environment for producers. The market is now on the move.
But in the face of high global demand, it’s critical these big companies don’t gloss over copper’s sustainability challenges.
4 major sustainability challenges
There are four major challenges the mining industry faces in the impending copper boom. How well these challenges are overcome will determine who wins and loses in the energy transition.
1. Unearthed copper deposits are locked up in remote and difficult locations
Unearthed copper deposits — known as “orebodies” — are often found in places such as the high Andes, the Arctic, and the deep sea.
The social, environmental and technical challenges of projects in these locations will be greater than before. For example, BMW, Samsung and Volvo have just backed calls for a moratorium on deep sea mining.
2. Many proposed projects face public opposition
Public opposition towards these and other large-scale copper projects means they could face difficult legal battles before these projects are permitted to go ahead.
3. Future copper mines are projected to be lower grade and deeper
Grade is a measure of the how much valuable metal there is in the ore body (deposit). Deeper, lower grade orebodies means new copper mines are likely to generate more waste rock, more tailings, and hazardous elements such as arsenic.
Tailings are the residues from mining and minerals processing, and is made up of finely ground rock, chemicals and water. If the projected demand is met, we calculate the world will produce more than nine times the amount of copper tailings between 2000 and 2050, than in the entire century prior.
Meanwhile, the industry faces a crisis of credibility over its management of this hazardous waste.
4. New copper mines will likely be located in politically and ecologically sensitive areas
Our research from 2019 found 65% of copper ore bodies that haven’t been mined are in areas with high water risk: too little water means miners compete for it among other local water users, and too much means waste can be difficult to contain.
Almost half (47%) of these ore bodies occur on or close to Indigenous peoples’ lands, and 64% within or near areas critical to biodiversity conservation. 50% are in socially and politically fragile countries, such as the Democratic Republic of Congo.
A simple price rise won’t solve major issues
In the past, the mining industry has relied on rising prices to address supply shortfalls. Higher metal prices give companies the financial capital they need to operate in difficult locations and invest in new mining technologies.
Some of this capital will support sustainability improvements, such as recycling and reductions in water and energy use. But many of the sustainability challenges we’ve outlined above are not price sensitive.
Mining companies cannot pay their way out of biodiversity loss, extreme poverty, and corruption risk. If they don’t engage these big challenges before the copper boom gets underway these impacts will be baked in mining’s future legacy, without clarity about who takes responsibility in the long term.
This would add to the devastating impacts existing mines have already caused. One famous example is the Panguna mine in Bougainville, which led to massive environmental damage and triggered a civil war.
What’s more, intensifying social and environmental impacts of copper mines could jeopardise the long-term supply of copper. If opposition grows, and supply stalls, then so too will the clean energy transition.
So what are the options?
As demand for copper moves into overdrive, we are at a crossroads.
One option is to support large-scale copper mining and the clean energy transition for the greater good of the planet. Miners would do their best to minimise impacts, but we’d accept there’ll be collateral damage for local communities. This is far from the latest commitment to “zero harm to people and the environment” that the world’s largest companies recently made to tailings management.
A second option is to insist miners exhaust all opportunities to avoid harm. This is because sacrificing the interests of local people in the interests of a greater good would not be considered responsible, as it does not align with the concepts of equity and fairness that underpin the Paris Agreement.
This second approach would require significant improvements in managing social and environmental impacts of copper mining. It may also mean reducing global demand for copper, finding substitutes, and making hard choices about not developing mines if the risks to local people and the environment are too high. Doing this would require a wholesale restructuring of the function of global commodity markets.
We may not yet have a solution, but as the world prepares for this year’s major Climate Change Conference in Glasgow, we must start to ask: what kind of justice are we seeking in the “just transition”, and for whom?
The original article was published by The Conversation. I find them as reliable and honest source of information.