Bloomo
An all-in-one unit for algal bloom control
An algae cultivation and supply system that brings together IoT sensing and AI control. It serves both aquaculture and water treatment, and a single unit handles everything from strain selection and cultivation management to supply.
3
Application Fields
Feed production units, resource-recovery water purification units, and carbon/nitrogen/phosphorus recovery processes at sewage treatment plants
NP
reductions
Nitrogen and phosphorus uptake
24h
Continuous Monitoring
Supports continuous algae supply
One approach, several sectors
The same equipment and Bloomo Cloud extend step by step from aquaculture to water treatment and other sectors (everything beyond aquaculture is at the R&D stage). Costs depend on scale and site conditions, so we quote stage by stage after a site survey.
The same hardware and cloud serve all 4 markets; only the target water and strain change
Scales from 10⁰ to 10² m³ (from lab equipment to bankable infrastructure)
Two application categories
Bloomo for aquaculture
Aquaculture Edition
A system that supplies live algae steadily to improve growth efficiency for shellfish, crustaceans and fish. It adjusts the algal blend to each species automatically and keeps rearing costs down.
- ✓Automatic selection of the optimal species and control of cultivation conditions
- ✓Continuous cultivation with real-time density monitoring
- ✓Automatic feedback control of temperature, light and CO₂
- ✓Dashboard visualising rearing logs
Bloomo for water treatment
Water Treatment Edition
Algae are grown in bulk in eutrophic waters and wastewater, recovering nitrogen and phosphorus while purifying the water at the same time. The recovered biomass is then used as a resource.
- ✓Simultaneous recovery of nitrogen, phosphorus and organics
- ✓Continuous water-quality monitoring of treated water
- ✓Automatic biomass harvesting and discharge mechanism
- ✓LCA assessment report output
Core technology
Algal strain library
Our own library for selecting species suited to local water quality
IoT sensing
Real-time measurement of pH, DO, turbidity and temperature
AI control
Learning algorithms optimise cultivation conditions automatically
Resource recovery
Harvested biomass converted into fertilizer and feed
The evidence behind it
Bloomo rests on the academic foundations of microalgal water purification (assimilation of NH₄⁺/PO₄³⁻), high-nutrient biomass production (40–70 wt% protein, ω-3 fatty acids and more) and photobioreactor (PBR/MPBR) technology. Specific removal efficiencies, feed values and operating parameters are reported in the peer-reviewed literature below.
References
- Mohsenpour S.F., et al. Integrating micro-algae into wastewater treatment: A review. Science of the Total Environment, 2021, 752, 142168. DOI →
- Luo Y., et al. Microalgae-Enabled Wastewater Remediation and Nutrient Recovery through MPBR. 2022, PMC9660067. PubMed →
- Ma X., et al. Microalgae as feed sources and feed additives for sustainable aquaculture. Reviews in Aquaculture, 2024, 16(2), 818–835. DOI →
- Ahmad A., et al. An overview of microalgae biomass as a sustainable aquaculture feed ingredient. Bioengineered, 2022, 13(4), 9521–9547. DOI →
Note: Bloomo’s individual performance figures (optimisation efficiency under AI control, yields for particular strains and so on) are values from our own testing and vary with the deployment environment.
Discuss deploying Bloomo
Please get in touch about specifications, a demonstration or a quotation.
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