Every feature in [GRYD] is designed to eliminate manual work, reduce errors, and accelerate the path from site investigation data to remediation compliance.
Stop spending hours manually validating lab results from wellsite investigations. [GRYD] processes your environmental data automatically, running statistical analysis across soil, groundwater, and surface water parameters in seconds.
Never miss a threshold breach again. [GRYD] continuously compares your analytical results against applicable guidelines and instantly flags any exceedances -- from petroleum hydrocarbons to heavy metals and salinity parameters.
[GRYD] supports multi-tiered environmental guideline frameworks across jurisdictions -- from generic screening levels to site-specific background calibration, custom overrides, background comparisons, ND Policy definitions, and full pathway scenario analysis. Import your data once, then re-screen it against multiple pathway configurations without re-uploading -- so you can evaluate different remediation strategies from a single committed dataset.
Lab data arrives messy — mismatched units, inconsistent analyte naming, salinity expressed five different ways, hydrocarbon fractions split across CWS and Tier 2A definitions, coordinates in everything from UTM to lat/long to local site grids. The Conversion Analysis engine normalizes all of it so the downstream screening, salinity, and spatial workflows run on clean, comparable data.
Auto-detects EDD formats from major Canadian labs, maps analyte aliases to canonical names, normalizes units (mg/L, µg/L, mg/kg, ppm, ppb), and reconciles QA/QC flags. Carries a conversion audit trail for every value touched.
Converts between EC (dS/m, mS/cm, µS/cm), SAR inputs, soluble cations/anions, and ion balance. Handles 1:1, 1:2, and saturated-paste extracts, with depth-bin awareness for prairie agricultural sites.
Reconciles PHC F1–F4 fractions across CCME, Tier 2A, and provincial frameworks. BTEX and PAH speciation, sum-of-PAH calculations, and TPH normalization — with explicit handling of overlap zones between methods.
Converts between UTM zones, NAD83/WGS84 datums, ATS legal land descriptions, and local site grids. Snaps borehole and sample coordinates to a single project CRS so every downstream map, plume, and volume calculation is consistent.
[GRYD] goes beyond basic statistical summaries with a purpose-built background calibration engine. The delta-shift algorithm recalibrates EC and SAR thresholds by depth bin using P95 site-specific background data -- giving you a defensible, site-specific override that holds up to regulatory scrutiny. Pair that with robust environmental statistics for non-detect handling, background comparisons, and salinity parameter analysis, all powered natively in Excel.
Visualize your project sites with integrated GIS mapping and plume delineation -- then go further with automated excavation volume calculations. [GRYD]'s GIS module computes soil volumes in m³ from plume contour bands per exceedance threshold, giving you remediation cost-scoping inputs directly from your spatial data. No more manual polygon calculations or third-party GIS software.
Get a second pair of eyes on every exceedance report. The Ask GRYD agent is grounded in your site context and screening results — ask "which wells need urgent attention?", "summarize the salinity story", or "what's the regulatory significance of this benzene exceedance under Alberta Tier 2A?" — and get cited, defensible answers in seconds.
Every screening run is logged, timestamped, and stamped with the regulatory pack version it used. Re-open any prior run, see exactly which guidelines were active, and reproduce or defend the result months later — without re-importing data.
A full forensic hydrogeochemistry engine — not just charts. Every visualization is grounded in your screening data, publication-ready, and exportable. Grouped by what you're actually trying to answer.
Classify groundwater type, identify mixing zones, and compare ion signatures.
Diagnose salt sources, sodicity, and irrigation suitability on agricultural and wellsite soils.
Pinpoint contamination origin: refined product vs. crude, biogenic vs. anthropogenic.
Track parent-daughter chains and confirm in-situ biodegradation pathways.
Tie contamination to depth, lithology, and stratigraphy.
Visualize exceedances against active guidelines for reports and regulator submissions.
[GRYD] is local-first by design. Your lab results, site context, and screening runs never leave the workbook unless you choose to share it. There's no shared SaaS database, no mandatory cloud sync, and no vendor account that holds your data hostage. The audit trail is the file you already control.
We're building the most comprehensive environmental intelligence toolkit for oil & gas remediation. Here's what's coming next.