Possible (chronic) climate emergency moves to make

Prosperity with 'linear degrowth' and 'circular regrowth'.

A perplexity.ai sceptic is needed for deep research...

Business opportunities aplenty...

 

Policy ideas for the Oz Gov

1. Increase economic complexity
    1. Insurance policy to Global tariff wars
    2. Manufacturing for the niches (when the landscape can be read with some certainty)
2. Pull the Ancient Sunlight Lever
    1. Moratorium of new fossil mines and expansions
3. Variable fossil C export tax
    1. Reactive to world fossil market
    2. Funds Oz digital and physical infrastructure, health and education etc.

4. National Pyrolysis Strategy (in the footsteps of Denmark)
    1. Australian Biochar Industry 2030 Roadmap, anzbig.org

    2. Pre-seed funding for biochar ideas to get to prototype for seed funding

    eg. Flame Cap' Algorithm' Panel Kiln/dMRV app interface for a Carbon Removal Marketplace (CRM) platform

5. Total Soil Organic Carbon (SOC) measured for ACCUs
    1. Biochar in soil counted for total SOC

6. Quantum proofing/post-quantum digital infrastructure
    1. eg.Vaulted Ventures

 

Greentech stuff

 Biochar applications

    1. air filtration

    2. water filtration
    3. Agriculture/Forestry/Agroforestry/Horticulture/Conservation applications

    4. Hard infrastructure Carbon sinks eg. concrete, asphalt etc. at the end of the Carbon Removal in a Cascade of Uses (CRCU) where biochar is used to remove heavy metals or chemicals
    5. Advanced C materials eg.Carbon fibre, graphene, battery anodes, supercaps, PVs etc.

    6. Permaculture and biochar (small scale to bioregional scale integrated systems)

 

Plant industry
    1. Hemp
        1. Housing eg. Hempcharcrete
        2. Microalgae for CaCO3->C negative lime

        3. Hemp seed, CBD etc.

        4. plant waste to biochar
    2. Bamboo
        1. Building
        2. Biochar
            1. Battery anodes
            2. Supercapacitors

            3. plant waste to biochar
    3. Macroalgae (Kelp)
        1. Inoculated biochar with liquid sea kelp
        2. Battery anodes

        3. building materials

        4. plant waste to biochar
    4. Microalgae

        1. protein

        2. pharmaceuticals

        3. lime (CaCO3)

        4. lipids/oils

        5. plant waste to biochar

Measured Irrigation
    1. Small to large irrigation systems

Green Steel
    1. Electrified mining equipment
    2. Green H2, for iron oxide reduction, powered by Redox Flow Desalination (RFD) stored energy

(RFD can store renewable energy from any source eg. solar, wind etc. with simultaneous desalination of salty water for potable water. See https://tmdlab.org/research-1/RFD for a concise overview or the full article at the end of the blog)
    3. Sodium mining from RFD brine for 3D printed Na-air SSBs

 

Green Aluminium
    1. Bauxite with Gallium extracted for GaN transistors for amplifiers to use solid state Microwave Assisted Pyrolysis (MAP) for digital control of frequency and amplitude (and energy efficiency)
    2. Green H2

https://www.csiro.au/en/research/environmental-impacts/fuels/hydrogen/Hydrogen-for-alumina

 

Plastic upcycling and bioplastics
    1. MAP for hydrocarbon-based plastics
        1. Plastic char to ?Graphene or ?other advanced C materials (experimental)
        2. Pyrolysis condensate->bio-oil->ultra low sulfur diesel (ULSD) OR  monomers->new plastic
        3. Syngas->Bioelectricity
            1. Stirling engine eg. Alpha-Gamma https://frauscher-motors.com/gen70xx-series/
            2. Self-powered MAP
            3. Excess to micro-grid/grid
    2. Hemp bioplastic

 

Sewage treatment
    1. MAP->biochar

 

That's all for now!