Residents Object to 10 Million Metric Tons of CO2 Under Their Homes

Associated Press + More


AP Business Writer BARENDRECHT, Netherlands—The people of this small Dutch town are not against pumping tons of carbon dioxide into the ground to fight global warming.

They just wish it wasn't right beneath their houses. "Who wants to live in Barendrecht if one of these CO2 things is built?" said retiree Marianne van Heugten.

The carbon dioxide storage experiment by Royal Dutch Shell and the Dutch government is only one of a dozen such projects across Europe to test a technology that could potentially slash emissions of greenhouse gases such as carbon dioxide into the atmosphere by storing it underground.

That would allow countries that have lots of coal, such as China and the United States, to cut emissions while using the cheap but polluting fossil fuel—instead of imported oil.

But questions remain about the technology and its costs and risks even as the EU prepares to spend billions on it.

If it works, the technology would buy the world time in the fight againt global warming by reducing emissions until cleaner energy sources can be developed—and help the EU keep big promises. Three weeks before global talks on a new climate change pact in Copenhagen, the EU says it is ready to reduce greenhouse gas emissions by up to 95 percent by 2050. The EU thinks carbon storage could shave up to 10 percent off global emissions by 2030 and 20 percent by 2050.

The European Union has pledged some euro1.05 billion in initial financing and will raise extra funding—likely some euro4.5 billion—from selling permits to emit greenhouse gases under a cap-and-trade system where companies need to pay to pollute more.

It is also calling for all new coal-fired power stations built after 2020 to be capable of capturing carbon—even if the technology isn't ready to be rolled out by then.

The Dutch government must decide whether to overrule Barendrecht residents objections or push forward with the unknown risks of storage under one of the most densely populated parts of Europe. Most current storage sites are in isolated areas.

The project would pump 10 million metric tons of carbon dioxide starting from 2011 into two depleted gas fields 2 kilometers (more than a mile) under the town. The gas fields are considered by some a safer choice than current experiments under the the North Sea and the Sahara Desert where a water-bearing rock layer, or aquifer, is being used.

It's only a trial; Shell says the Netherlands might need to store 30 million metric tons a year by 2025 and the entire country could potentially store 1 billion metric tons.

Some 43,000 people live in Barendrecht, a suburb 18 kilometers (12 miles) from Rotterdam and its port, Europe's busiest. Real estate agent Frits Markus says worries about the project could affect the average euro280,000 house price. People "will be scared that CO2 will be stored under where they live, they will feel their houses will lose value, and will have trouble selling them."

Carbon dioxide, which provides the fizz in soft drinks, is naturally present in the atmosphere. Plants take it in and people breathe it out. But a sudden release of large amounts can kill by asphyxiation. Some 1,700 people died when a cloud of carbon dioxide escaped from a volcanic lake in Cameroon in 1986.

A slow leak would simply negate the costly efforts to store the gas. Greenpeace says this could happen if stored carbon dioxide mixes with water underground to from a weak carbonic acid that could corrode pipelines and rocks.

In Barendrecht, town council member Simon Zuurbier says he doesn't fear a blowout under his town, something he says is only likely to happen when carbon dioxide is being injected into the site. But he isn't sure the government will always be able to monitor "eternal storage."

Stuart Haszeldine, a geology professor at the University of Edinburgh, says "nothing like" a dramatic blowout would happen at a depleted gas field because the carbon dioxide would be injected with relatively little extra pressure and only the gas in the borehole—and not the entire site—would be likely to escape.