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XPRIZE Projects Aim To Convert CO2 Emissions, But Skepticism Remains (scientificamerican.com)
The XPRIZE foundation exists to encourage particular innovations that might be useful but from which conventional financial backers are likely to shy away. Previous X Prizes have been awarded for feats such as flying a reusable spacecraft to the edge of space, and designing cheap sensors to measure oceanic acidity. This week, the foundation announced a new prize. From a report: One pioneering team hopes to use carbon dioxide to make a stronger form of cement. Another wants to use carbon to make bioplastic. Still another is planning to transform CO2 into solid carbonates that can be used as building materials. The XPRIZE Foundation unveiled 10 teams yesterday as finalists in its $20 million contest to find a solution to carbon emissions.
Its carbon competition is meant to find an economic use for planet-warming emissions. The basic idea: If emissions can be turned into a product, power companies will have an incentive to capture and sell carbon instead of releasing it into the atmosphere. A group of 47 teams from across the world initially submitted proposals. The remaining 10 teams will compete in two groups. One will test their technologies at a coal-fired power plant in Gillette, Wyo. The other will compete at a natural gas plant in Calgary, Alberta. Winners will be announced in 2020. They will split the $20 million purse.
[...] Significant skepticism over carbon utilization's effectiveness persists, however. The chief concern is that global carbon emissions outweigh the market for carbon products. "There is no question you can do it. The question is whether it can be a meaningful contribution to climate mitigation," said Edward Rubin, a professor of environmental engineering at Carnegie Mellon University.
Its carbon competition is meant to find an economic use for planet-warming emissions. The basic idea: If emissions can be turned into a product, power companies will have an incentive to capture and sell carbon instead of releasing it into the atmosphere. A group of 47 teams from across the world initially submitted proposals. The remaining 10 teams will compete in two groups. One will test their technologies at a coal-fired power plant in Gillette, Wyo. The other will compete at a natural gas plant in Calgary, Alberta. Winners will be announced in 2020. They will split the $20 million purse.
[...] Significant skepticism over carbon utilization's effectiveness persists, however. The chief concern is that global carbon emissions outweigh the market for carbon products. "There is no question you can do it. The question is whether it can be a meaningful contribution to climate mitigation," said Edward Rubin, a professor of environmental engineering at Carnegie Mellon University.
Cool Earth is one thing. It isn't going to take one thing or one law passes (like how CFCs were stopped by a global ban so we have an ozone layer left.) It really takes a multi-pronged effort on a bunch of fronts.
I tread in dangerous political waters here, but what would happen if both Mexico and the US built a joint solar farm instead of a wall? Similar to how Brazil and Paraguay went in on a dam, and now reap much from the hydroelectric power. It wouldn't be cheap, but with modern solar cell technology, once built, it would be a relatively low maintenance item, and would greatly benefit both countries.
Complete agreement. We're highly unlikely to solve everything via carbon offsets. We need to transition in general carbon neutral power systems. Unfortunately, while some places are doing a pretty decent job on this, some places, especially the US and Australia, are very much not so. However, there are ways one can help out there as well.
In terms of personal lifestyle differences, the biggest options are to eat less meat and to use a personal car less. If you live somewhere where public transit is an option, you can massively cut down on your carbon footprint by simply using public transit. Not everyone has that option, since you may live somewhere where public transit isn't available or may have a job or family that necessitates getting a car, in which case, if you get a new car, make sure to buy an electric or hybrid. Also in terms of personal activity, one can keep the air conditioning or heating in one's house at not as extreme temperatures or one can better insulate one's house. All these personal changes are also things which overall cause one to save money.
In terms of direct changes to the system as a whole, two good options for solar are donating to Everybody Solar https://www.everybodysolar.org/ which gets solar panels for non-profits like museums and homeless shelters, and the Solar Electric Light Fund https://www.self.org/ who helps get solar panels for locations in the developing world. SELF's work is especially important because it helps to cut off the potential of rising carbon dioxide in the developing world even as it helps increase their economies. For wind power, I recommend donating to The New England Wind Fund https://www.massenergy.org/the-wind-fund.
Also, as uncomfortable as it is, responding with political action is important also. The next big upcoming special election in the US is for one of Arizona's House seats. The Democrat who has a decent environmental record is Hiral Tipirnenii http://hiralforcongress.com/, while her opponent has a literal F rating from multiple different environmental groups. So if you want to effect political change, donating to her campaign is a definite option.