Beyond Fossil Fuels
Renewable energy and transition solutions
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Global Energy and
Resources Organisations
Renewable energy and transition solutions
Decarbonisation is a portfolio problem: utility solar and wind, storage, biofuels/SAF, geothermal, waste‑to‑energy, and Power‑to‑X (hydrogen/ammonia). GEROS remains sector‑agnostic so these assets co‑optimize with hydrocarbons, minerals, water, and manufacturing. Renewables power mines and refineries; electrolyzers use water systems we already built; ammonia moves on the same sovereign corridors and terminals that ship other commodities. The result is faster deployment, lower total cost, and better resilience.
We combine power systems and grid planners, renewables engineers, electrolyzer and ammonia process experts, biofuels chemists, waste and biomass supply‑chain specialists, and policy/market designers—then partner with OEMs, EPCs, and offtakers. Utility & distributed renewables (solar PV/thermal, onshore wind, battery storage, grid integration); Green hydrogen & ammonia (site selection, electrolysis trains, demineralized water systems, nitrogen production, Haber‑Bosch synthesis); Biofuels & SAF (feedstock logistics, hydrotreated vegetable oil, ethanol for blending, biogas/biomethane); Geothermal & waste‑to‑energy (resource appraisal, binary cycle or steam plants, mass burn or RDF with emissions controls); Industrial electrification (low‑temperature heat electrification, solar thermal, heat pumps).
We engineer dispatch rules and ancillary services so reliability and cost stay balanced. Tariff design, PPAs, contracts for difference (CfD), and capacity markets are tailored to creditworthy offtakers. For H₂/NH₃, we structure offtake with fertilizer makers, refineries, and shipping, aligning specs and safety.
Electrolyzers are water hungry; we size desal or reuse plants with concentrate management. Solar/wind siting considers biodiversity, land tenure, and visual impacts; mitigation and community benefit‑sharing are codified.
We deploy energy management systems, forecasting, optimizer software, and carbon accounting that align with investor and regulatory expectations. Real‑time dashboards track LCOE, curtailment, capacity factor, O&M response, and emissions intensity.
ECA/DFI‑backed funding and ESG‑linked facilities lower WACC. Standardized, modular blocks (PV strings, battery containers, electrolyzer skids) compress schedules, while spare‑part strategies and service agreements protect availability.
LCOE and LCOS; capacity factor; curtailment rate; $/kg H₂ and energy per kg; carbon intensity (verified); PPA collection rate; outage and response times; local‑content staffing; safety metrics.
A transition platform that adds clean MW and low‑carbon molecules precisely where they unlock the greatest national value—interlocking with hydrocarbons, minerals, water, and manufacturing to deliver resilient growth.
Structured investment vehicles designed to align sovereign interests with strategic resource development.
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