Eliminating sources of greenhouse gas pollution and removing carbon dioxide from the atmosphere
The global economy has more than adequate human and technical resources to prevent dangerous climate change. Those resources are being deployed now, to varying degrees, in many parts of the world: renewable energy for the grid, electrification of transportation, land use reform, and direct air capture of CO2. Taken together, they amount to a pollution response and cleanup effort directed at stopping greenhouse gas pollution and removing excess carbon dioxide from the atmosphere. Coordinating and accelerating all such efforts to the fullest is the fundamental objective of all climate policy and action.
To halt and reverse climate change, emission intensive sectors of the world economy will eliminate and clean up greenhouse gas (GHG) pollution by:
Replacing energy conversion devices (ECDs) that burn fossil fuels
- Electricity generation: phase out thousands of coal-, gas- and oil-fired electricity generators and replace with renewable energy plants, or safe 4th generation nuclear reactors.
- Cement and steel production: phase in electricity-based production processes.
- Transportation/industrial: replace a billion+ internal combustion engines used for propulsion and power tools with electric motors. Use carbon-neutral biofuels for conventional aircraft (near term).
- Buildings: use electricity, geo exchange and biofuels for processes and systems requiring heat.
Adopting land use practices that preserve and restore the biosphere
Maintain and restore biosphere function by:
- Land preservation: restoring natural habitat
- Agricultural reform: reducing tillage, reducing usage of nitrogen fertilizer, reforming rice cultivation, reducing cattle farming
- Improving organic waste management to reduce CH4 pollution
- Human population management.
Controlling fluorine-based chemicals
Restrict or ban:
- hydrofluorocarbons (HFCs) used in refrigeration,
- perfluorocarbons (PFCs) used in the manufacture of semiconductors, in aluminum production and as specialized refrigerants and solvents,
- sulphur hexafluoride (SF6) used in semi-conductor manufacturing, and
- nitrogen trifluoride (NF3) used as an electronics etching agent.
Removing excess atmospheric CO2
- accelerate development and roll out of direct air capture (DAC) technologies,
- sequester, stockpile, and use captured CO2, and
- restore CO2-absorbing soils and native vegetation on abandoned, unused and cleared land.
Toward universal policy objectives
Framing climate action as, fundamentally, a pollution response and cleanup effort has a grounding effect on policy. It cuts through ideology, makes climate action easy to understand, and gives common purpose to the wide and diverse range of practical climate mitigation measures already underway worldwide: energy transition, sustainable land management, and carbon dioxide removal.
National or sub-national policies and actions guided by these measures would differ according to circumstances. However, the fundamental principles and objectives would be identical, forming the basis of effective, non-partisan policy instruments that would survive election cycles.
To ensure long-term success of climate policies and actions, governments would:
- promote full public awareness of, and engagement with, the fundamental principles that guide action to eliminate and clean up GHG pollution, and
- illuminate the process of intervention and transition with respect to a zero carbon economy, especially in the energy sector where fossil fuel-based technologies are being rapidly phased out while zero carbon equivalents are phased in.