"2017 is a breakthrough year for BioLargo. We are weeks away from filing 510(k) applications with the FDA for our advanced wound care products. Our industrial odor control products (www.CupriDyne.com) are winning customers around the country and have recently been selected for national vendor status with two leading waste handling industry members with more on the way as we grow our sales and infrastructure and deliver an 'industrial odor control product that actually works'. Our Advanced Oxidation System is gaining momentum as the low cost and high impact solution for delivering clean safe water and it continues to advance through development towards commercialization with three current commercial bench-scale validation trials underway and increasing opportunities for public funding support from leaders that are committed to find sustainable solutions to deliver clean water." Dennis P. Calvert - President & CEO BioLargo, Inc.
11. High Value Water Markets
• Food Processing
• Livestock
• Agriculture
• Municipal Wastewater
• Storm water
• Ballast Water
• Greywater
• Oil & Gas
• Water costs are at a record high. The World Economic Forum ranks water as the
top global risk for society and for industry.
16. Water Treatment Results
Contaminant Value proposition
Organic contaminants
BOD • > 10x faster and magnitudes less costly
• tested to match removal rate of best-in-class
technologies Naphthenic acids
Polyaromatic hydrocarbons
Bacterial and viral contaminants
Escherichia coli • 6 logs reduction (99.9999%) inactivation
• 1/20th cost of energy of best-in-class
competitors
• 100x ef^icacy of ClO2
Salmonella enterica
Listeria monocytogenes
Bacteriophage T4 (virus surrogate) • 4 logs (99.99%)
• Ongoing research to validate removal of other contaminants
17. Disinfection Competitive Analysis
Technology Key performance metrics Approximate Operating
Cost ($USD/1,000 gallons)
Approximate Capital Cost
($USD)
AOS Filter •Cost-effectiveness
•6+ log disinfection
•Easy to operate
•Non-toxic ef^luent compounds
0.00863 114,000
Chlorination •4 log reduction
•Toxic off-gases
1.297 164,000
150x AOS OPEX 1.4x AOS CAPEX
UV-Oxidation •3-4 log reduction
•Less effective with turbid water
•Possible mercury hazard
0.259 281,000
30x AOS OPEX 2.46x AOS CAPEX
Ozonation •3-to-6 log reduction
•Complex technology
•Generation of toxic off-gases that
must be destroyed.
•Less economical at high organic
content waters
1.582 342,000
183x AOS OPEX 3x AOS CAPEX
18. Path to Market Entry
• Where are we?
• Alpha Prototype
• Where do we need to be?
• Full-scale commercial pilot
• What will it take to get there?
• Engineering, scale-up, manufacturing,
regulatory, distribution
• We are seeking partnerships to empower
this transition
• Engineering
• Financing
• Industrial partnerships
• Strategic ^irst-customers
• Recently executed commercialization
partnerships for CupriDyne Clean and Clyra
27. • Applications
• Poultry drinking water
• Livestock drinking water
• Barns and transport vehicles
• Sanitizing milking equipment
• Sanitizing egg shells
• Control slime
• Sanitize HVAC units
• And more
iSAN EPA Labels