A Quote by Lynn Good

We don't believe carbon capture is a proven, scalable, commercially available technology. — © Lynn Good
We don't believe carbon capture is a proven, scalable, commercially available technology.
If we become better with carbon capture technology, I think we can start a global trend toward carbon awareness.
We are very confident that the data is showing that carbon capture and sequestration is technologically feasible and it's available. It has been successfully demonstrated and there are full-scale both conventional and unconventional coal projects with CCS that are moving forward. So there is no question that there's continued investment in this technology.
The issue of carbon is one area where we really need to work together and if people don't have the technology they need, that technology needs to be made available and affordable.
Carbon capture and storage, its commercial development.. is going to be the key to the future of coal. If it is successful commercially, then the Australian coal sector will be a center of prosperity and growth; if it's not successful then it won't be. I think in the long run it's as simple as that.
We have been developing an ever closer relationship with China on climate change for many years which has led to collaboration on carbon trading, offshore wind development, on low-carbon buildings, on nuclear energy, and on carbon capture and storage - to name just some of the ways in which we're working together.
Technology has the benefit of being easily scalable. A few weeks or months of coding can result in solutions that reap huge benefits. The global success of Facebook, Twitter, and Google are all triumphs of technology.
Haiti should remind us all that there is an immediate need to invest in and promote long-term development projects that are sustainable, scalable, and proven to work.
I have a company in the U.K., a performance-capture studio. We're looking to push the boundaries of performance-capture technology in film and video games, but also in live theater, using real-time performance capture with actors onstage, and combining that with holographic imagery.
Britain needs a diverse energy mix - home grown renewables, new nuclear, a switch from dirty coal to cleaner gas, and, when the technology is ready, carbon capture and storage. Diversity will keep the lights on and ensure we go green at the lowest possible cost.
Any first-generation technology will. But we are looking at carbon the same way we look at every pollutant under the Clean Air Act; we look for the new technologies that are available. We recognize that these power plants are going to be around for decades.
Here's the problem - carbon dioxide doesn't contribute to smog and isn't a health threat. All of this is being done because some people believe carbon dioxide is causing global warming, and that preventing carbon dioxide from entering the air is the only answer. Never mind that there is still an ongoing scientific debate about global warming itself, and that some respected climate scientists believe that methane is a better target, California legislators have locked their sites on carbon dioxide.
Accessibility drives traffic and growth in technology. That's a proven trend in technology.
If you compare the size of our reserves of Saudi Arabia and the whole Middle East, it's like three times as much as all of that combined and that's just the easily, readily available 1800 billion barrels and there are probably 3 billion barrels that are commercially just under that, available.
My belief about performance capture is that it's a technology which allows actors to play extraordinary characters. But from an acting perspective, I've never drawn a distinction between playing a conventional, live action character and playing a role in a performance capture suit. And from a purely acting point-of-view, I don't believe there should be a special Oscar category because I think it sort of muddies the waters in a way.
Setting an aggressive enough carbon-reduction goal will result in an appropriate price for carbon and will help many a renewable technology. Consumer education will help. Most importantly, though, will be the continually declining cost trajectory of the real breakthrough in clean-technology costs driven by research and innovation. In the end, private capital is the real barometer of change.
As well as Japanese animation, technology has a huge influence on Japanese society, and also Japanese novels. It's because before, people tended to think that ideology or religion were the things that actually changed people, but it's been proven that that's not the case. Technology has been proven to be the thing that's actually changing people. So in that sense, it's become a theme in Japanese culture.
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