experience would appear to confirm our seaweed forests can be
havens of high pH for critters in need of pre-industrial pH for shell
formation.
Mark E. Capron, PE
Oxnard, California
www.PODenergy.org
Original Message
Subject: [geo] Ocean based algal growth: rate of CO2
: [geo] Ocean based algal growth: rate of CO2 transfer
From: Peter Flynn peter...@ualberta.ca
Date: Wed, January 09, 2013 6:36 pm
To: geoengi...@googlegroups.com
I am joining this discussion late, so I hope I am not covering ground
already discussed.
Some years back a graduate student and I
www.PODenergy.org
Original Message
Subject: [geo] Ocean based algal growth: rate of CO2 transfer
From: Peter Flynn peter...@ualberta.ca
Date: Wed, January 09, 2013 6:36 pm
To: geoengi...@googlegroups.com
I am joining this discussion late, so I hope I am not covering
. Capron, PE
Oxnard, California
www.PODenergy.org
Original Message
Subject: [geo] Ocean based algal growth: rate of CO2 transfer
From: Peter Flynn peter...@ualberta.ca javascript:
Date: Wed, January 09, 2013 6:36 pm
To: geoengi...@googlegroups.com javascript:
I am
Peter,
The calculations in "Negative carbon via Ocean Afforestation" are based on actual macroalgae growth rates with whatever CO2 transfer and nutrients are naturally available. Either may be limiting.
Your experience would appear to confirm our seaweed forests can be havens of high pH for
I am joining this discussion late, so I hope I am not covering ground
already discussed.
Some years back a graduate student and I looked at a conceptual scheme to
grow algae and sink them into the deep ocean, using increased salinity from
evaporation as the “pump”. We found that the rate
