Carbon Credits: What Are They and Why Are They Popular?

Carbon credits have been a hot topic in the news. Both China and the EU have put forward new carbon plans. Both plans involve carbon credits, but what are they? Are they a currency, documents, or actual pieces of carbon?

What Are Carbon Credits? A Carbon Credits Definition.

A Carbon Credit is an allowance for a company holding the credit to emit carbon emissions or greenhouse gases. A single credit equals one ton of carbon dioxide to be emitted or the mass equivalent to carbon dioxide for other gases. Companies hold many credits, as many as they wish to purchase to balance out their emissions.

Why can’t companies just stockpile carbon credits?

There are two characteristics of carbon credits. Excess credits are sold by companies to recoup finances and the amount of credits a company can hold is capped. These points encourage companies to sell their excess credits to other companies, as excess credits will result in fines.

How does one create a carbon credit?

Credits are created when a project is deemed to have eliminated 1 ton of greenhouse emissions. Planting a forest that would eliminate 1 ton of carbon emissions would be enough to create a credit. Credits do however decay over time which means companies continually need to create new ideas to remove emissions.

Many companies also specialize in trading and investing in credits. They will buy credits from large companies and resell them to whoever may need those credits. As the price of carbon continually rises, so too does the value of the credits.

 

Carbon Pricing in Canada – Would it Work?

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Carbon Pricing mechanisms are still new ideas in the scope of reducing carbon emissions. The EU and China both have outlined plans to tax carbon in different ways. Canada itself does have a carbon tax in place, however foreign carbon pricing could affect Canada’s industry in a negative way, according to a report by the Royal Bank of Canada.

The report states that foreign tariffs on carbon would hurt the Canadian economy. Extra fees on exporting goods are never good for the economy. As an example, the EU plans on tackling climate change involves tariffs on industries that produce high level of carbon emissions. The industries targeted are aluminum, cement, iron and steel, fertilizers, and electricity.

For now, none of those industries are major Canadian exports to the EU however times change and the race against climate change is heating up. The UN released a report urging significant actions to stop climate change. Further industries could be affected, ones that will reduce trade between Canada and the EU.

Another major concern is how the U.S. will apply its own carbon plans. Any carbon pricing or tariffs on Canadian exports to the U.S. would be a huge blow to the economy. Hindering any trade with the U.S. would reduce trade with Canada’s largest trading partner. Another possibility is a North American carbon tariff as to not isolate Canadian trade.

Global Carbon Price – How to Implement It

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The UN released a report recently that outlayed how little time there is to stop climate change. A United Nations climate change conference is scheduled for November where big decisions will need to be made in order to stop global warming. One such method is the implementation of a global carbon price.

Currently, the goal of keeping temperatures under 1.5 degrees of pre-industrial levels looks difficult. It is still a possible goal however it would require immediate and drastic action on a global scale. The problem countries are facing however is how to implement a global effort to reduce carbon emissions.

What may work in one country may not work in another. Previous agreements allowed nations to pick their own voluntary standards. However, urgency is high as ever and that may not solve the crisis. The EU recently put forth their own carbon pricing mechanisms but that is not enough to solve the world’s problems.

The IMF is proposing to create global carbon floors where floors would be created for countries to trade carbon at standard prices. This would include setting higher prices for developed countries and letting developing countries pay less for carbon emissions. Although these floors would be higher than what countries are currently paying for carbon emissions. This would be a huge step in the fight against climate change.

The Global Carbon Market – The Way Countries Should Trade

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Countries are trading carbon through domestic means rather than going through a global market, as most goods do.

This provides each country with unique strategies when dealing with emissions. However, there isn’t a global unified solution on how to achieve carbon neutrality with domestic markets.

China recently launched its own carbon market. China’s plan covers 10,000 companies in most industrial sectors. The EU has also recently launched carbon pricing methods as well earlier this year.

This is fantastic news as tackling the Paris agreement’s goal of 1.5 degrees Celsius above normal temperatures by 2050 will take a global effort. China previous carbon plans increased the number of emissions covered by carbon pricing by 6%.

Both carbon unions have tremendous potential as the carbon ramp up continues. Currently, the EU aims to be carbon neutral by 2050. China wishes to do the same by 2060.

Unfortunately, many carbon markets remained unpriced and unregulated. The US has yet to release their plans regarding carbon pricing.

According to the World Bank, only 45 countries in the world have carbon pricing initiatives. To make a dent in climate change, that number will need to increase heavily.

After holes in the ozone layer appeared in the 1970s and 1980s, countries acted and banned Hydrofluorocarbons (HFCs), which depleted ozone. Now, the ozone layer is replenished and the ozone crisis is solved. If the world takes similar action regarding greenhouse gases and price carbon emissions through a global carbon market, we may see climate change being stopped in its tracks.

COP26 President Says Largest Countries Need Drastic Carbon Plans

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Carbon Emissions are continuing to rise globally and the largest emitters are slowly committing to plans to cut carbon emissions. The President of COP26, Alok Sharma, said these large emitters must drastically reduce their emissions. According to Sharma, these countries should release carbon plans sooner rather than later to avoid the damage accrued from climate change.

Extreme weather resulting from climate change is already becoming increasing frequent. Wildfires are ravaging across the world while sea levels are rising among increasing temperatures.

Sharma’s concerns come as the ICPP has released a report revealing significant action is required to combat climate change. In a statement, Sharma said “If ever there was going to be a wake-up call to the world when it comes to climate change, this report is it.”. The Paris agreement’s goal of 1.5 degrees Celsius above pre-industrial temperatures is in danger of not being obtained. Sharma mentioned there is still hope to stop the damage being done, but there is still a long way to go.

Sharma is targeting G20 countries because 80% of global carbon emissions are emitted from G20 countries. G20 countries must drastically reduce their carbon emissions. As a result of drastic plans, we could see a major shift in the fight against climate change.

Carbon Market Seeing Exponential Growth

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The carbon market is growing at exponential rates. New legislation has passed all around the world and countries are shifting to stricter carbon laws. As a result, carbon funds have been having a fantastic year.

Who is at the forefront of this boom?

One such fund is the KraneShares Global Carbon ETF. Trading under the ticker KRBN, the ETF is up over 74% in the last year as well as having $540 million dollars in assets. The majority of KRBN’s portfolio consist of EU carbon futures, which have boomed over 60% over the past year.

Another growing fund is the iShares MSCI ACWI Low Carbon Target ETF which has increased over 32% in price over the last year.

Why is the carbon market soaring?

The interest in carbon credits is soaring as the market booms. Climate change is becoming increasingly alarming as countries fight to keep global temperatures under 1.5 degrees Celsius above levels today. Carbon taxes and tariffs are being introduced in the EU and China. Carbon credits have never been in such demand as restrictions become increasingly strict.

Another factor behind carbon’s big boom is the long-term outlook of reducing carbon emissions. The job against climate change is not done and will not be finished until countries become carbon neutral in 30-40 years. Investors are seeing a long-term investment. One in which governments are making it their priority to invest into.

3 Americans Produce Enough Carbon to Kill One Person Annually

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Around 3 Americans create enough carbon emissions annually to kill a person. In addition, the emissions from industrial sources such as a coal power plant would result in around 900 deaths.

The numbers above come from a report released by Columbia University. A number was calculated to determine how much monetary damage each ton of carbon emissions does. As well, deaths per each ton of CO2 released into the atmosphere was calculated.

The backbone of the report states that for every 4,434 metric tons of carbon emissions released, one premature fatality will occur. Increased global temperatures results in increased fatalities. The report also mentions 4,434 metric tons of carbon is “equivalent to the lifetime emissions of 3.5 average Americans”.

Retaining current global temperatures would save an estimated 74 million people. The report also only factors in heat-related mortalities rather than deaths from natural disasters such flooding or storms. Various studies have linked increased global temperature with an increase in natural disasters. Therefore, the estimate of 74 million lives is an understatement.

The study not only outlines the problems with global temperature increase, but also highlights the impact of American citizens. 12.8 average world people produce 4,434 metric tons of carbon while 146.2 Nigerians produce the same figure.

Carbon neutrality by 2050 requires significant steps. Now, human lives are presently at risk, rather than the previous thinking that humans would deal with the consequences later.

Low-Carbon Hydrogen Not Seen as Fuel Alternative

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Low-carbon hydrogen production has been labelled as a poor method to alternative fuels.

The World Energy Council has released a report which doubted the ability for low-carbon hydrogen to be “cost competitive with other energy supplies”. The report also mentioned that without major financial support, it would be difficult to make low-carbon hydrogen cost competitive.

The report however did mention that low-carbon hydrogen is a growing sector and has yet to fulfill its potential. Projects all over the world are in construction at release time of the report.

Hydrogen cars are less of an idea now and are becoming a reality. As such, creating hydrogen while producing low fuel emissions could thrust hydrogen into being the fuel source of the future.

Currently, the price of renewable hydrogen is too expensive to be prominent. The U.S. did begin an initiative to reduce prices of renewable hydrogen around 80%, from about $5 to 1$ per kilogram. But this initiative aims to complete this objective within a decade. This means low-carbon hydrogen will not be a proper solution to climate change until at least 2030, by which time the global temperature increase may have already passed the Paris Agreement’s goal of 1.5 degrees Celsius.

It remains to be seen whether hydrogen or electricity is chosen as the fuel method of the future. Low -carbon hydrogen would require significant contributions but stopping climate change will require every solution possible.

Exxon Considering Carbon Neutrality

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Exxon Mobil Corp (XOM) is contemplating a net-zero emissions pledge. The company aims to be carbon neutral by 2050, according to close sources.

Exxon replaced three directors two months ago. As a result, changes are happening throughout the company. External pressures have forced Exxon to consider different approaches as climate change comes to the forefront of policymaking. The future will be a low-emission world and as such, Exxon is working to not be on the outside looking in when the low-carbon future happens.

Exxon has not made any concrete plans regarding carbon neutrality. So far, they are still only in talks. Exxon did not make any comments stating internal discussion were private. However, Exxon stated they were committed to decarbonization. According to the Wall Street Journal, Exxon is set to reveal environmental measures to reduce emissions later this year.

Exxon has plans in place to cut emission by 30% by 2025. In addition, Exxon has been active in discussing how to cut emission with other top US oil producers.

The US companies are behind their European counterparts when it comes to emissions reductions. European standards are much stricter than American standards. Both BP and Royal Dutch Shell have implemented carbon plans to heavily restrict emissions.

Is Carbon Capture Technology the Future?

To defeat climate change, multiple avenues will be explored. One such solution to our global problem is the use of carbon capture technology, or CCUS for short. However, the topic of CCUS is hotly debated between companies and climate experts who believe it is not the way forward.

What is CCUS?

CCUS aims to fight climate change by capturing emissions from known polluting processes. Captured emissions are then stored and moved to be reused or stored in areas where they will not pollute the environment.

CCUS facilities have been used for decades now, much longer than carbon pricing methods. The first facility to trap and store carbon emissions was set up in 1972. There are currently 21 large-scale CCUS facilities in the world, with another 41 in developmental stages.

Why not use CCUS?

The major problem with CCUS lies with the reliance on fossil fuels to maintain the industry. To fight climate change, the amount of carbon emissions being released must be decreased. CCUS relies on carbon emissions being continually produced to trap and store it. Rather than encouraging alternative methods of fuel, CCUS maintains fossil fuels as a primary source of fuel.

The global capacity for CCUS is about 0.1% of annual carbon emissions. Climate experts believe this number is not high enough for CCUS to be a viable strategy to combat climate change. However, one method cannot fight climate change alone. Every strategy available is needed to achieve the goals of the Paris Agreements.