AirLogics LLC

AirLogics LLC — A quarter-century of perimeter and fenceline ambient air monitoring at remediation and industrial sites — roughly 280 sites across 25 states since 2000, much of it at manufactured gas plant and other contaminated-site cleanups — captured through a patented monitoring architecture (US Patent 6,114,964, 2000) and continuously transmitted to local or cloud servers with customisable dashboards, automatic redundant archival and QA/QC under two service models (turn-key on-site operation, or client-operated with the company handling data management and alarm response). Compound-speci…

AirLogics LLC offers (Alternative, Geospatial, Esg, Reference) — Substantial in longitudinal terms rather than sensor count: ~280 sites x multi-year monitoring campaigns since 2000 at continuous or near-continuous logging, so plausibly order 1e9 to 1e10 station-hours of ambient measurements across the portfolio, concentrated where it matters most — long, method-stable series at a bounded set of contaminated and industrial sites. Plus compound-specific GC speciation, integrated PUF and TSP sampler results, and full meteorological series for the same periods.

Soil-vapour-attenuation and vapour-intrusion model calibration and validation — 25 years of matched sub-surface and ambient VOC behaviour across ~280 sites in 25 states, over varied geology and climate, is the training corpus these models most conspicuously lack, and its regulatory acceptance makes it unusually trustworthy; vadose-zone transport and remediation-efficiency modelling; fenceline source attribution and inverse dispersion modelling, since paired concentration and wind data at a perimeter is precisely the geometry inverse modelling needs; environmental-justice and community-exposure analysis at the property boundary, where cumulative industrial burden is legally contested and long defensible baselines are scarce; regulatory-method benchmarking, given that the patented method informed NJDEP perimeter guidance; industrial odour-management optimisation, using actionable-threshold labels to cut unnecessary scrubber runtime — an energy and cost saving with immediate payback; landfill and wastewater H2S and ammonia emissions characterisation; fumigant and occupational exposure assessment and drift compliance; and controlled agriculture chemistry, where light-cycle-to-terpene GC data supports cultivar, lighting and harvest-timing optimisation.