Life sciences
Tools and methods for the microbiology lab, from detection to preservation.
- Isolation pen (T-FIP)Funded
- Specimen preservationFunded
- DiagnosticsPublished
Loventius brings biology and technology together to solve real problems in the environment, in the lab and in healthcare. We start with the problem, then build the solution that fits it.
Sustainability
Most ventures start with a product and look for a use. We work the other way round. We find a problem worth solving, then build the biology and technology that solve it.
Tools and methods for the microbiology lab, from detection to preservation.
Living systems engineered into products that work where people live.
Software for everyday problems in family health, retail and commerce.
Start from a challenge with real consequences and work out why today’s answers fall short.
Ask what microbes, algae and other living systems already do well.
Turn the idea into a device, method, material or app, and file the patent.
Design products that can be made at scale and used beyond the lab.
Pick a question to see the solution we built for it. Filter by field to narrow the list.
Indian patent applications filed by Samson Lijoseraj Charles and Dr. T. Sathish Kumar, Department of Microbiology, Madras Christian College.
Two Madras Christian College Seed Money Grants, awarded to the research team led by Dr. T. Sathish Kumar at the Department of Microbiology, to take two of our inventions forward.
₹40,000
Awarded under the Madras Christian College Seed Money Grant for the T-FIP, a lab microbiology device that is now a published patent application.
₹1,00,000
Awarded this year under the Madras Christian College Seed Money Grant to complete the epoxy-based composition for encapsulating and reviving biological specimens, a filed patent application.
₹1,40,000 in Madras Christian College seed money to date, across two patented inventions.
Not every problem needs a bioreactor. These are the platforms Loventius is building now. Choose one to try a preview.
ALGROVE tackles the carbon crisis with the “liquid tree” idea of using algae to fix CO₂. Instead of a one-off installation, it is a modular, scalable platform of algae panels, designed with a robotics collaborator.
Each ALGROVE unit is a self-contained algae panel. Need more capture? Add another unit beside it. Setting up a new site? Install the same units there.
A 600-litre urban photo-bioreactor that uses microalgae to bind CO₂ and release oxygen. It is said to match the carbon uptake of two mature trees.
It proved the concept, but it remains a single, fixed tank.
A moss-culture wall claimed to filter as much pollution as 275 trees, powered by solar panels and collected rainwater.
Its impact is disputed, and it costs about €400,000 a year to run.
The world’s first building with a living algae façade. Algae grown in glass panels provide shade, biomass and heat energy.
It is a one-off building retrofit, not a standalone unit.
None of these scale as a product. ALGROVE is designed from the outset as a unit that can be replicated, not a one-off rebuilt at every site.
Labs, hospitals, cities, industries and investors: tell us what needs solving, or which patent you would like to license or build on.