E - Negative Emissions Technologies

Parents

CCS Carbon Capture and Storage TOC
Climate Change Officers - TOC
Climate Engineering TOC
E - Carbon Negative
E - Mitigation Technologies
Investment Prudence TOC
Land Use TOC
Solutions - General TOC
Solutions - Nature Based TOC
Technology Innovation TOC

Children

2017 BECCs are part of larger mitigation scenarios
2017 Best and worst case implications of biomass utilization
2017 Best land uses for CO2 mitigation in tropical and temperate zones
2017 CO2 emissions in 2050 based on BECC scenarios
2017 DAC has many advantages to CO2 capture at point sources
2017 Diagram of BECCs process
2017 Economics of Ethanol + CCS
2017 First BECCs facility
2017 Global power mix in 2050 with BECCs
2017 Global soil degradation map
2017 Iron is naturally supplied to the ocean by dust
2017 Marginal cost curve for global biomass availability
2017 Negative emissions required for 2oC scenario
2017 NET requirements as part of 2oC scenario
2017 Ocean fertilization experiments to date
2017 Potential, energy demand, and land requirement of NETs
2017 Remaining research needs for large-scale BECCs
2017 The functioning of different NETs technologies
2017 Timeline for impacts of ocean fertilization
2017 Weathering is one of three natural cycles for CO2 removal
Atmospheric implications and timeline for largescale CO2 injection
BECCs a huge opportunity and huge challenge
BECCs needs to work in a cheap carbon world
BECCs would have substantial soil carbon sequestration benefits
Biophysical and economic limits to NET technologies
Carbon benefits of replacing corn supporting ethanol to biomass energy crops
Carbon flows for biomass energy on existing cropland
Carbon flows for biomass energy on unproductive land
Carbon has an incredible number of uses
Carbon payback times for biomass energy grasses in Africa
CCS = CCS, no matter the source
Chemical reaction for negative C hydrogen production
Chemical reaction for negative C hydrogen production
Diagram of biomass energy + weathering project
Estimates of the ppm drawdown potential of ocean fertilization
Global map of photovoltaic vs. biomass energy efficiency
Humans already used 40% of NPP
Impact of ocean acidification on marine biocalcification
Incorporation of BECCS into IAMs is only a thought experiment today
Kelp forests most productive system on earth
Kelp leaf as an efficient solar cell
Marine co-benefits of enhanced weathering
Marine permaculture can help restore circulation
Meaningful level of BECCs would dramatically increase land demand
Multiple pathways for solar fuels
Ocean fertilization - 1 drop per 10 million gallons
Only three places CO2 can go
Paleo evidence of weathering impacts
Phyoplankton responsible for moving CO2 to deep ocean over last billion years
Phytoplankton responsible for 45% of annual carbon turnover
Principles of re-imagining the carbon cycle
Reaction rates for different
Seaweed market can double by 2024
Technologies for reimagining the carbon cycle
Terrestrial and ocean carbon flows
The benefits of deploying syngas
The chemistry of splitting CO2 and H20
The needs of building a carbon-based innovation system in 25 years
There is strong competition for global land resources
Tropical biomass is phosphorous constrained
Utilize wave energy to bring nutrients to the surface

Jumps

I - NETNegativeEmissionsTechnologies

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