THE WORLDHAS GAPS.WE BUILDTHE BRIDGE.

A performance-forensics platform for operating PV plants, evolving into an autonomous asset manager. Computes the IEC 61724-1 temperature-corrected performance ratio, decomposes losses into soiling, degradation and faults, benchmarks every site against the fleet, and converts each lost kWh into lost revenue — then auto-drafts the warranty / insurance claim with the evidence pack. Connects to six inverter brands plus generic CSV and NASA POWER irradiance, lender-grade (P90 / DSCR).

A full flare-stack design engine that runs entirely in the browser, now with a flare-design audit / second-opinion service: upload an existing design and get the over-conservatism savings plus a stamped, reproducible report. The Brzustowski-Sommer solver derives flame geometry and tilt, Mudan/Hajek-Ludwig radiates heat to every receptor, and the exclusion zone drives the required stack height — every value version-pinned to the governing standard.

Pulls protected areas, priority species (GBIF/WDPA), water bodies, settlements and heritage (OSM) from the live map, then builds the Source→Pathway→Receptor significance matrix used in formal EIAs. The Least-Constrained Site Finder scans a region and recommends where to build; an approvability score, a reverse-EIA optimizer and eight terrain simulations (ZTV, flood, dispersion, soundscape, night-lights) make it the standout — across 18 jurisdictions.

A structured technical bid evaluation engine becoming a procurement-intelligence platform. Builds a weighted scoring matrix, normalises non-comparable criteria, runs gap analysis against the technical specification, auto-detects red flags and exclusions, and drafts the recommendation memo. A growing vendor-compliance and fair-price benchmark tells you how each bid compares to the market. Zero-retention / private-deploy to win enterprise trust.

Pulls the local wind climate from the Global Wind Atlas, fits the Weibull k and c parameters, classifies the site to IEC 61400-1, integrates the power curve for annual energy production, applies Jensen wake modelling, and returns a 25-year DCF with NPV, IRR and LCOE. A 3-site comparison is the free hook; a bankable report and multi-site shortlisting service is the paid tier.

Never been done: the first accessible tool that turns a flare into a ranked menu of profitable alternatives — on-site power, data-centre colocation, mini-LNG, NGL/LPG recovery, CCS, reinjection, gas-to-grid — each with CAPEX/OPEX, NPV/IRR, payback and CO₂e abated. Built on FlareIQ’s flare authority, it screens against a curated tech-cost library at local energy and carbon prices, and stacks eligible incentives. The bridge from oil & gas to the energy transition.

Never been done: the first self-serve techno-economic screener for the £200k–£1M repurpose-vs-decommission decision. Matches an ageing platform, well, pipeline or field against second-life pathways — CO₂ storage, offshore wind / hydrogen hub, geothermal, energy storage, reuse — models each against a decommissioning-cost baseline, and returns ranked options with NPV/IRR and the regulatory pathway. The literal O&G→renewables bridge; seeds from public registries (NSTA/BSEE).

Never been done globally: an engine that finds AND stacks every applicable incentive for an energy or decarbonisation project — 45Q, ITC/PTC, IRA, EU Innovation Fund, CfD, UK and GCC schemes — applies the stacking and exclusion rules, and models the combined NPV/IRR uplift. The curated, version-pinned incentive database is the moat, and it embeds inside every other AdvantyX tool.

Never been done: the first tool to optimise produced-water disposal/reuse cost AND injection-induced seismicity risk AND lithium/mineral-recovery economics together. Models disposal cost at local rates, screens seismicity risk against regional fault data and regulatory thresholds, and scores direct-lithium-extraction economics at current battery-metal prices. The O&G→battery-supply-chain bridge: sell the disposal/seismicity core today, ride the lithium upside.

Never been done: the first self-serve optimiser for the cheapest decarbonisation pathway for an industrial site, versus the £50k–£150k consultant study that answers it once. Optimises across electrification, solar+BESS, wind, CCS, hydrogen and efficiency, builds a marginal abatement cost (MACC) curve and a year-by-year emissions trajectory to target, stacks incentives via StackIQ, and reuses the SYG, Wind Sizer and Enviro Screen engines. The everything-bridge across all three sectors.