PRECISION OCEAN RESTORATION FOR SHELLFISH RESILIENCE
Ocean-safe mineral pellets that help oyster and clam farms withstand heat, disease, acidification, and water-quality stress.
Coralfil transforms clean shellfish waste into Nuristone™, our proprietary slow-release marine biomaterial formulated as pellets, then uses Coralfil OS to tune each formulation to local water conditions, lease goals, and restoration needs.
Saanich Inlet · Baynes Sound · Victoria Harbour · Vancouver Island aquaculture zones
pH buffering · shell formation support · pathogen-pressure reduction · restoration telemetry
MSX/POMS disease suppression & calcification buffering
What's in it for you
De-risk aquaculture lease permits and increase spat survival rates by 20% to 40% with automated, real-time pH buffering telemetry and Vibrio suppression.
What Coralfil Can Do For You
Formulate and deliver targeted benthic buffering spat blocks directly to your leases.
Equip your team with real-time telemetry dashboards tracking Saanich & Baynes Sound pH changes.
Provide certified prebiotic pathogen shields to actively suppress Vibrio and POMS outbreaks.
Valid across Pacific cold-water mariculture trials and certified commercial delivery standards.
Both actions integrate with your local Tzouhalem & Baynes Sound deployment channels
Upcycling Shell Waste
Back to the Sea.
Aquaculture Waste
Sourcing local oyster & clam shell waste from BC growers — material that would otherwise enter landfill.
AI-IQ Modeling
GPU-accelerated Coralfil OS calculates precise upcycled mineral ratios and protective biopolymer matrices from localized water profiles.
Reciprocal Return
Formulated slow-release remedies deployed to defend bivalve immune systems, buffer acidified zones, and support sessile mariculture health.
7 Strategic Pathways,
One Connected Restoration Loop.
Select your segment below to synchronize with our DFO-compliant circular streams, SaaS modeling suites, or direct B2B restoration loops.
Shellfish Growers
De-risk intertidal leases with slow-release pH buffering, MSX/POMS suppression, and +20–40% verified spat survival rates.
Hatcheries
Restoration Partners
Agricultural Buyers
Landscape & Municipalities
Researchers
Investors
The Coralfil OS Funnel
From Telemetry to Benthic Protection.
A streamlined user journey linking ocean diagnostics with custom-manufactured prebiotic countermeasures.
Attract
Connect local lease coordinates with regional telemetry sensors.
Launch OS
Initialize your secure geofenced dashboard workspace.
Run Research
Run targeted missions to scan for MSX and Vibrio stressors.
Formulate
Tune prebiotic ratios and binders in the Bio-Recipe Formulator.
Subscribe
Unlock continuous automated monitoring and threat alerts.
Order Pellets
Dispatch custom slow-release Nuristone™ pellets to your lease.
Diagnose & Formulate
With Coralfil OS.
Run high-fidelity simulated scan missions in the Research Center and design custom prebiotic recipes in the Bio-Recipe Formulator.
Coralfil OS Research Center
Geofenced Pathogen Scanner
Run diagnostic simulation missions to identify localized MSX or Vibrio threat levels and determine target remedies.
Coralfil OS Bio-Recipe Formulator
Biopolymer Tuning Matrix
Manually tune your circular minerals and prebiotic additives to model oyster spat survival rates and degradation times.
Coralfil is certified across GPU compute, cloud infrastructure, and payments.
Request Free Trial & Custom Formulation
Enter your organizational parameters below. Upon submission, a Contact record and Pipeline Deal will be synchronized to our active sales logs.
Platform FAQs
Does anything save oysters from MSX or vibrio?▼
Yes. While there are no direct chemical treatments, combining Coralfil OS's geofenced threat diagnostics with Nuristone™ slow-release prebiotic pellets provides a highly effective defense strategy. Coralfil OS tracks real-time environmental stress telemetry (like Sea Surface Temperature spikes and salinity drops) that triggers pathogen virulence. Once a threat window is identified, custom-formulated Nuristone™ pellets are deployed to slowly release prebiotic compounds (such as Fucoidan and Chitosan-oligosaccharides) and bioactive minerals directly into the benthic zone. This buffers localized pH, stimulates bivalve immune pathways, and stabilizes the spat calcification matrix to help oysters withstand MSX and Vibrio pressure.
What can I use to make sure my oysters survive the summer?▼
Summer mortality is typically triggered by a combination of high water temperatures, localized acidification, and bacterial outbreaks. To maximize survival, growers use Coralfil OS to run predictive simulations on their lease coordinates. This determines the optimal mix of Aragonite scaffolding and prebiotic shielding. By deploying custom Nuristone™ slow-release pellets before summer temperature spikes, you can buffer benthic pH dips, provide critical calcium ions for shell reinforcement, and enhance spat survival through prebiotic immuno-priming.
Does Coralfil OS require physical equipment installation?▼
No. Coralfil OS is a cloud-based software platform that integrates with existing regional ocean sensors (such as NOAA and Ocean Networks Canada). You can map your lease, run virtual threat simulations, and formulate custom bio-recipes entirely online before ordering physical pellets.
What raw materials make up Nuristone™ pellets?▼
Nuristone™ is our proprietary biomaterial manufactured by upcycling shellfish waste (oyster and clam shells) from BC processors. It is transformed into trace-metal clean, bioactive aragonite scaffolding that is strictly prebiotic-only (containing kelp-alginate, chitosan, and fish bone meal), ensuring immediate compliance under DFO Section 56 and CFIA feeds regulations.
Frequently Asked Questions about Coralfil Biopolymers
Does anything save oysters from MSX or vibrio?
Yes, combining Coralfil OS geofenced threat diagnostics with Nuristone™ slow-release prebiotic pellets provides a target defense strategy. The OS maps salinity and temperature metrics to trigger customized prebiotic and mineral payloads that fortify shellfish immunity and buffer localized pH dips in active bivalve beds.
What can I use to make sure my oysters survive the summer?
Using Coralfil OS, growers run coordinate scans to forecast thermal stress windows, then deploy Nuristone™ slow-release pellets. These upcycled aragonite pellets stabilize localized benthic pH, provide calcium ions for calcification, and support immune resilience with fucoidan and taurine prebiotics.
Does Coralfil use probiotics in its aquaculture pellets?
No, Nuristone™ formulations are strictly prebiotic-only. This proprietary biomaterial utilizes upcycled organic minerals including calcium carbonate (CaCO3), chitosan, kelp-alginate, fish bone meal, and silica. This avoids biological transfer risks and ensures immediate compliance under DFO Section 56 and CFIA feeds regulations.
Where are Coralfil's active bivalve campaigns located?
Coralfil manages active localized oyster and clam campaigns in Saanich Inlet (Benthic station buffering), Duncan BC (hatchery calcium enrichment), and Baynes Sound (collaborative 16-week trial with Tim Green at the Baynes Sound Shellfish Research Centre).
How does Coralfil upcycle aquaculture waste into marine remedies?
Coralfil transforms clean oyster and clam shell waste into bio-intelligent aragonite and organic mineral formulations. These slow-release remedies fortify bivalve calcification and immune resilience while actively stabilizing localized benthic pH levels and supporting sessile marine life.