This Is C2sense – An Innovative Low-Cost Alongside High Accuracy Together With Sensitivity Sensors Could Cut Back Nutrient Waste Matter

How much of the nutrient produced simply about the the world is thrown out each year? It’s belike to a greater extent than than y'all think. Experts typically differentiate betwixt nutrient “loss” that happens inwards the furnish chain together with nutrient “waste” that happens at the retail together with consumer levels. 

The developed nations waste matter an awful lot of food, frequently spell it’s nonetheless suitable for human consumption – much to a greater extent than than developing countries. According to the U.N.’s Food together with Agriculture Organization, “the per capita nutrient waste matter yesteryear consumers inwards Europe together with North America is 95-115 kg/year, spell this figure inwards Sub-Saharan Africa together with South/Southeast Asia is exclusively 6-11 kg/year.” In guild to trim back nutrient waste matter simply about the world, a Cambridge startup called C2Sense is developing the disruptive gas sensing technologies based on inquiry at MIT. 

Image credit: C2Sense

These sensors are ethylene together with biogenic amines that tin monitor fruit ripeness together with meat/fish/poultry freshness at all stages of the furnish chain. This novel cost-effective sensing scheme volition aid ameliorate nutrient character together with address the work of waste matter yesteryear allowing growers, shippers, distributors, retailers together with consumers to brand dynamic decisions to trim back waste matter at every stage. The evolution of C2Sense’s applied scientific discipline was supported yesteryear the MIT Deshpande Center for Technological Innovation. 

How does it work?

Working regulation of the sensor chip: Carbon nanotubes together with a selector (2) are deposited betwixt 2 electrodes (1). Influenza A virus subtype H5N1 voltage is applied (3) together with the electrical flow (4) is measured. When the analyte is present, the electrical flow changes.

Image credit: C2Sense

C2Sense Sensors are chemiresistors – they incorporate a sensing fabric which changes resistance based on the concentration of an analyte. The sensors correspond the simplest imaginable architecture together with every bit a resultant tin live on produced at the lowest possible damage together with tin live on integrated easily into whatever existing systems.

Video credit: C2Sense

The to a higher house presentation is given yesteryear C2Sense’s CTO January Schnorr at Deshpande Center IdeaStream 2014 gives a brief overview of these innovative sensors together with motivation to railroad train sensing solutions for nutrient together with agriculture.

As published inwards the BetaBoston, C2Sense was alongside the latest cohort of startups inducted into Breakout Labs, a partition of noted corporation capitalist Peter Thiel’s organization that funds high-tech startups. C2Sense volition have $350,000 together with access to a who’s who listing of investors, said Hemai Parthasarathy, scientific manager of Breakout Labs.

“C2Sense fits with everything we’re looking for inwards Breakout Labs,” said Parthasarathy. Typical awardees are unremarkably looking to commercialize a future-facing innovation that has yet to let on a market, together with is thus probable to live on passed over yesteryear other investors. MIT chemical scientific discipline professor Timothy Swager together with pupil January Schnorr founded the companionship final twelvemonth to commercialize a agency to convert smells into an electrical signal.

C2Sense has raised a total of $1.5 i K m from angel investors, including the latest top upward from Breakout Labs, based inwards San Francisco. Schnorr said that the companionship has developed a paradigm device together with plain tested it. The project design is to bring a production on the marketplace yesteryear 2017. (Source: C2Sense)

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