Hi Andrew:
A combination of marine microalgae production and BECCS makes sense in certain
locations, and a combination of marine microalgae production and DAC makes
sense in other locations, especially arid subtropical regions. We have a
manuscript on the former that will soon be submitted.
Ch
Eisenberger
Reply-To: Peter Eisenberger
Date: Sunday, September 17, 2017 at 10:49 AM
To: "mmacc...@comcast.net"
Cc: "Hawkins, Dave" , "andrew.lock...@gmail.com"
, geoengineering
Subject: Re: [geo] Swanson's law
I agree with this 100%
On Sun, Sep 17,
Greg
From: Charles Greene
To: Peter Eisenberger
Cc: mmacc...@comcast.net; "Hawkins, Dave" ;
"andrew.lock...@gmail.com" ; geoengineering
Sent: Sunday, September 17, 2017 11:14 AM
Subject: Re: [geo] Swanson's law
Co-locating DAC and PV or concentrated solar
Co-locating DAC and PV or concentrated solar with commercial-scale, marine
microalgae production facilities would provide onsite supply of electricity and
CO2 without the release of any additional emissions of fossil carbon. In
addition to producing fossil carbon-neutral liquid fuels and nutriti
I agree with this 100%
On Sun, Sep 17, 2017 at 7:14 AM, Michael MacCracken
wrote:
> A problem at present is that present high-voltage/alternating current
> distribution lines mean that low-cost transmission of electricity is
> limited to a few hundred miles, so one would have to disperse DAC. If
:15 AM
*To:* dhawk...@nrdc.org; andrew.lock...@gmail.com
*Cc:* geoengineering
*Subject:* Re: [geo] Swanson's law
A problem at present is that present high-voltage/alternating current
distribution lines mean that low-cost transmission of electricity is
limited to a few hundred miles, so one
A problem at present is that present high-voltage/alternating current
distribution lines mean that low-cost transmission of electricity is
limited to a few hundred miles, so one would have to disperse DAC. If
instead there were large-scale high-voltage/direct current distribution
lines (see Mac
Using stranded renewable energy for DAC is an interesting idea. Question is
what energy resource will be used during periods when there is no surplus RE?
If DAC does not run 24/7 its costs go up. If DAC uses RE to run 24/7, that
requires a larger RE system with associated stranding. If DAC uses
