Protective Nexus · Food · Energy · Housing
We help nations of the Global South protect their people from climate displacement. One living-soil toolkit for food, energy and housing, built locally and grounded in regenerative science.
Energy poverty, crop failure and housing loss push people off their land. We remove all three in one village system, where the waste, water and power from each pillar feed the next.
The HyGen Solid-State Generator (STG) is a non-combustion Hydrodynamic Energy Storage Generator, built over 25 years of R&D across Australia, Asia and Europe. It runs on its own, off the grid, and feeds hydrogen production and EV-charging networks (SPKLU).
Climate & costNon-combustion, so it cuts CH₄, N₂O and CO₂. It advances Affordable and Clean Energy and direct Climate Action. USD 4.5M per 1 MW, fully funded.
A solar-powered Smart Agrivoltaic Aquaponic Nursery for agroecological epigenetics. Seedlings spend one month on vertical planters, then two months in the field. That gives a community five to six rice harvests a year, with microbiome priming and multiomic prediction along the way.
Co-benefitsCreates Decent Work for youth and older workers, advances Zero Hunger, and protects Clean Water and Life on Land. It cuts agrochemical runoff, eutrophication and CH₄, N₂O and CO₂.
We turn SRI² agri-waste and reclaimed plastics into straw-derived polymer composites. The panels are fireproof, waterproof, termite-proof and cyclone-proof, and they cost almost nothing to make.
Circular & diplomacyCircular manufacturing from agri-waste and waste plastics, for Sustainable Cities and Communities. It creates Decent Work for youth and older workers, and puts Science, Technology and Innovation Diplomacy (STID) into practice.
For centuries, farmers have grown rice in paddies flooded for months at a time. Starved of oxygen, the waterlogged soil turns anaerobic. Methane-producing microbes move in, break down the organic matter, and vent methane into the air.
Methane traps heat far harder than CO₂: about 28× as much over a century, and 80× over twenty years. Across the world's paddies that adds up, which puts rice among the biggest climate costs in farming. The flooding wastes huge volumes of fresh water too.
Sources: IPCC 2019 Refinement to the 2006 Guidelines (rice CH₄ ≈ 27 ± 6 Tg yr⁻¹); IPCC AR5 (methane GWP ≈ 28× over 100 yr, ~80× over 20 yr); flooded paddies ≈ 12% of anthropogenic methane (peer-reviewed literature / WRI); Indonesia KLHK IGRK-MPV 2023 baseline of 160.9 kg CH₄ ha⁻¹ season⁻¹ ≈ 9.0 tCO₂e ha⁻¹ yr⁻¹ at two crops; nursery-system figure ≈ 0.9 tCO₂e ha⁻¹ yr⁻¹ from the Jejakin project; FAO (paddy water use 2,500–5,000 L kg⁻¹).
We move rice's thirstiest, highest-emission phase out of the flooded paddy. Each seedling grows in a solar-powered Vertical Rotary Nursery, primed with beneficial microbes on a precise wet-and-dry cycle that keeps the soil full of oxygen. No standing water means the methane microbes stay dormant, so we cut the emissions at the source before a seedling ever reaches the field.
Then we read the result like a core sample, layer by layer, to predict field performance and prove the carbon savings.
We turn one proven pilot into fundable proof that others can copy. Then we build it through Partnerships for the Goals: governments, development banks and the communities on the front line.
One input, four returns: income, lower import bills, green jobs, a healthier planet.
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