RFP and project management based on IO models incorporating water replenishment, robust energy grids, and fast reliable infrastructure to expand product demand, cut operating risk, and improve returns across product categories - from soaps and shampoos, to food, pharma, and packaged goods. Map Engine
Learn about Deep Fission
30-inch-diameter bore holes powering 12,000 homes with safe 15 megawatt mile-deep reactors
Top 10 partner countries for the selected import/export view, showing the selected indicator alongside amount spent.
Data source:
Trade flow data pull from
EXIOBASE 3
(multi-regional input-output database, 44 countries, 163 sectors)
Labels from year/[year]/industry.csv
Currency rates from concordance/eur_annual_rates.csv
Repo CSV: year/.../trade_impact.csv
How the partner-country score works: the score ranks import/export partner countries from best to worst on a 0 to 100 scale.
Amount Spent: score = 100 x partner trade value / largest partner trade value.
CO₂ Emissions and Water Use: score = 100 x (0.6 x trade strength + 0.4 x lower impact per amount-spent efficiency).
Employment: score = 100 x (0.6 x trade strength + 0.4 x higher jobs per amount-spent efficiency).
Trade strength is the partner’s trade value relative to the largest partner. Efficiency compares indicator per amount spent across the visible partner-country set.
Waste heat is the reactor's thermal power times the utilization factor. Multi-effect distillation (MED) turns that heat into fresh water: daily output equals the heat energy per day times the gain output ratio (GOR), divided by the latent heat of vaporization (2,326 kJ/kg), then scaled by plant availability. Annual revenue is yearly output times the water price. Project cost combines the plant purchase price, MED capital cost per m3/day of capacity times the retrofit multiplier, and tunnel boring cost per km. Payback is project cost divided by annual revenue, and NPV discounts that revenue over the analysis period. Values come from the DEEP Nuclear inputs above.