About this page
Three things we believe.
1. The coastline is the brief. We don't start with a market we want to enter; we start with material that's already there and ask what it could become.
2. The lab notebook is the product. A reproducible process, fully documented, is more valuable than a flash result. We optimize for repeatability before we optimize for yield.
3. Partnerships compound. The work gets better when we share it. We work with academic groups, industry partners, and coastal communities on terms that respect what each side brings.
Lab capabilities
A representative list of what our facility can do. Specific instrument models are available on request.
Material handling
Wet and dry processing, controlled drying, particle size reduction, and batch homogenization at laboratory scale.
Baseline chemistry
Elemental analysis, moisture and ash, pH, conductivity, and basic spectroscopy. Outputs feed downstream process decisions.
Cultivation
Working with biological systems at lab and small-pilot scale under controlled conditions. Standard microbiology practice.
Reaction engineering
Stirred-tank reactors from 1 L to 100 L. Temperature, pH, dissolved oxygen, and feed-rate control. Data logged every second.
Downstream processing
Filtration, centrifugation, and concentration steps. We can take a process from broth to a quantified finished fraction.
Process data infrastructure
Every run is timestamped, instrument-tagged, and versioned. Internal dashboards show live process state and historical trends.
Data we track, by category.
We don't publish raw numbers, but the categories below are the ones we use to make decisions. If you're evaluating us as an investor or partner, these are the same categories we'd use in a data room.
Process performance
- Conversion yield (target compound / input material)
- Purity of output fraction
- Process time per batch
- Reproducibility (variance across replicate runs)
Environmental footprint
- Energy per unit output (kWh / kg)
- Water per unit output (L / kg)
- Waste streams and their fate
- Net carbon balance vs. fossil baseline
Economics
- Variable cost per unit output
- Capital intensity per unit of capacity
- Operator hours per batch
- Sensitivity to input cost changes
Field operations
- Volume of biomass collected (kg, by site)
- Site diversity (number of active sites)
- Partner relationships (active vs. dormant)
- Material loss between collection and lab intake
We don't work alone.
Three categories of partners do most of the heavy lifting alongside our in-house team. Specific names are available on request.
University labs
Sub-discipline depth in marine biology, bioprocess engineering, and analytical chemistry. We bring applied questions; they bring fundamental methods.
Specific institutions disclosed under NDA.
Supply & offtake
Equipment vendors, raw-material logistics, and downstream partners. We build relationships early so scale-up doesn't start from zero.
Specific names disclosed under NDA.
Coastal partners
Municipalities, cleanup nonprofits, and community groups at the sites we work. They know the coast; we know the lab.
Patent position
Brisa Haal is currently in a pre-patent period for our core process. We expect to file in due course. Until then, the details of our process are not disclosed on this site.
If you are evaluating Brisa Haal as an investor or partner, the data room contains the relevant technical details under NDA.
Request the data roomWhat this page is not
It is not a publication list. We are a for-profit company, not a publishing lab. We don't maintain a list of preprints, and we don't solicit academic citations. The reason for the omission is structural, not modesty: the work we do serves product development, not peer review.