Coralfil provides university research groups, graduate scholars, and marine institutes with direct access to continuous multi-depth sensor telemetry, empirical biogeochemical modeling, and standardized research-grade biorefined marine minerals.
8 Pipelines
ONC, NOAA, ECCC, WWU & First Nations0m to 150m+
Multi-depth CTD vertical needles100% Free
For peer-reviewed university researchAnalytical
Standardized CaCO3 & chitin matricesOur integrated observation network and Atlantis Biolab generate actionable data streams across the most pressing marine challenges in the temperate Pacific.
Empirical modeling of thermal and salinity virulence triggers for Vibrio parahaemolyticus (O3:K6 clades), Mikrocytos mackini (Denman Island microcell disease), and Lepeophtheirus salmonis (sea lice copepodid transport). Integrate continuous real-time risk scores with your epidemiological field samples.
Track vertical water column profiles (0 to 150m) capturing aragonite saturation (Ωarag), benthic hypoxia dissolved oxygen thresholds, and deep-basin upwelling dynamics in the Salish Sea, Haro Strait, and Juan de Fuca canyons.
Collaborate with Coralfil Atlantis Biolab on upcycled calcium carbonate precipitation kinetics, enzymatic chitin-mineral polymer mechanics, and carbon-negative bio-concrete formulations engineered from circular seafood processing side-streams.
Quantify intertidal rock terrace calcification, bivalve spat recruitment densities, and sediment stabilization in ancestral clam gardens co-monitored with First Nations Guardian programs across the Southern Gulf Islands and Vancouver Island.
Structured pathways designed to fit graduate research timelines, large institutional grant cycles, and experimental laboratory trials.
Zero-cost API access keys, bulk historical CSV exports, and geospatial GIS layers for MSc and PhD thesis research.
Joint grant applications (NSERC Alliance, MITACS, Canada's Ocean Supercluster, and NOAA) with dedicated industry letters of support.
Deploy your university laboratory instruments alongside Coralfil cabled and autonomous stations in active test bays.
Analytical-grade biorefined calcium carbonate, chitin fractions, and biopolymer formulations shipped directly to your lab.
Complete the proposal below. Applications from accredited university departments and research institutes are reviewed within two business days.
Data provided through the Coralfil Academic Consortium is free for non-commercial educational, thesis, and peer-reviewed scientific publications. Researchers agree to cite the Coralfil Sensor Mesh and reference specific station coordinates in methodologies.