Coal news and updates

The world has become so addicted to cheap, dirty coal, many environmental experts have abandoned hopes for a world without it. Instead, they are focusing their attention on technology that mitigates its effects. The technology, Carbon Capture and Storage (CCS), captures and stores carbon dioxide produced by fossil fuel underground, preventing it from entering the atmosphere. It’s a promising new technology to delay climate change, but its costs and risks carry a heavy price tag.

 

As the U.S. weighs new carbon pollution regulations, Carbon Capture and Storage will likely gain momentum. The U.S. Environmental Protection Agency (EPA) will be convening in June 2014 to debut its drafted rules for cutting country’s carbon emissions. In President Obama’s words, the new rules will “put an end to the limitless dumping of carbon pollution from our power plants.”

 

In short, sweeping government regulations could change the energy system for one of the world’s leading CO2 emitters. Could increased regulations mean the adoption of CCS? 

 

CCS, also known as “sequestration,” takes coal smog and separates CO2 from the rest of the gases and particles. It then puts the CO2 into liquid form, and injects it deep into the ground. It strips the greenhouse gas from coal and oil burning pollution.

 

Why consider such desperate measures? Coal, the cheap fuel of choice for countries like China, the U.S., India, and Russia, is by no means a thing of the past. Air pollution warnings, smog holidays, rising global temperatures, and loss of biodiversity - the reality of climate change is settling in, much like the invisible clouds of CO2 that coal and other dirty forms of energy emit. Images of the coal industry reveal how dirty the fossil fuel can really be.

 

Michelle Nijhuis, internationally syndicated environmental reporter and author of “Can Coal Ever Be Clean?” explained to World Policy Journal why she has accepted the new technology as a viable option.  

 

“Like it or not, coal is going to be here for a while. We need to reduce our carbon footprint if we are to head off some of the worst effects of climate change.”

 

Over the past three decades, the U.S. has spent $6.5 billion in researching the process. The UK just got the green light from the EU to start developing its own version of the technology. But CCS is still relatively new, and many argue that its potential risks and hefty price tags are simply too high.

 

Mark Zoback, a geophysicist at Stanford University, once called CCS “too expensive and too risky.” Research shows that CCS has the potential to cause small earthquakes, which could undermine the safety of the whole carbon storage site. Additionally, the National Academies found that injecting carbon into the ground, like hydraulic fracturing, can cause water contamination.

 

No leaks or sudden releases of CO2 have been reported from the various sites where carbon storage is already underway. A North Dakota plan has already captured and stored 20 million metric tons of CO2. Cenovus Energy, a Canadian petroleum company, pushes its CO2 underground.

 

“We’re not at a point where we can line up the risks against the benefits...” Nijhuis said.  “but I look back to what happened in the 90’s with sulfur dioxide regulation and acid rain, where regulations did jumpstart innovation in that technology and made it more reliable, more efficient, cheaper.”

 

While Nijhuis pointed out that CCS is much more complicated than reducing sulfur dioxide, she continued, “I think regulation could lead to the same sort of improvement and efficiency and dependability and cost reduction. We could reduce the risks associated with CCS certainly far below the risks associated with continuing to dump carbon into the atmosphere.”

The question of cost remains. The world emits 2.4 million pounds of CO2 per second, according to official 2012 estimates. Burning coal by the billions of tons, and dumping CO2 into the air is completely free by most fiscal and monetary accounts. But in terms of human health, the toll unmitigated coal use and CO2 dumping has been costly. Asthma and other chronic conditions have shot up across the world due to smog. In China, over 1.2 million deathshave been linked to the country’s barely breathable air. Coal, like it or not, islinked to death.

 

While billions of tons of coal make their way from deposits to factories and then into our air via smog, policymakers are increasingly pressured to do something about air quality. Can the world afford not to capture and store its CO2?

 

Source: World Policy Blog