How to pronounce “cellulosic” in English

agenda and in both books she chronicles the rise of big oil and as we enter a new world with a new administration andemerging technologies such as a cellulosic ethanol and and other technologies as well and what role willBig Oil continue to play in our future will it be the same as what it's been in the past eight years or will it take an

with efficiency. The problem with the leaf and even all the biofuels you hear about, if it take that same meter and say I grow grassand I want to convert that grass to biofuels, like to swtichgrass or cellulosic materials. And I want to convert that to fuel and then burn that. How muchenergy do I get? Remember, this thing is only about 0.1% efficient at converting that energy. So I'm only using about .1% of that 200 watts per meter squared. So you ask me as physicist, I'd say you're

It really involves critical mass of people like you guys sitting around thinking through the problems much like Boyle and Smith did back in the late 60s. And my concernthe large chemical companies like Dow, DuPont or Archer Daniels Midland can take very very dense cellulosic material and make it into. So that's one example. Photovoltaics are another example.

Now, I'll get back to that later. But what's not recommended in our list, not because they're not in some cases better than what we have currently, in other cases it is not so good,are nuclear, coal with carbon capture, any kind of natural gas or biomass. Corn or cellulosic, or sugarcane ethanol, soy or algae biodiesel. Or compressed natural gas. These are not recommendedoptions. And again I'm not trying to criticize them, although some of these you can really criticize a lot. But I'm just saying they're not so good as what we call the wind, water,

Then hydroelectric, four percent. But 70 percent of this is already in place. And then four percent geothermal and one percent each tidal and wave.Now, the area to power, this is just for the US onroad vehicles. Now if we did this with cellulosic ethanol, we'd require on average about 18 percent of the entire US, includingAlaska. Now there's a range here. It's between five and 35 percent. Five percent is the ethanol industry estimate. And 35 percent is the scientific estimate.