Eco-Extractor

Transforming Food Waste into Nourishment

Eco-Extractor

Transforming Food Waste into Nourishment

Eco-Extractor

Transforming Food Waste into Nourishment

Eco-Ex Bin

Eco-Extractor offers a cutting-edge solution to food waste management. Our trash bin extracts nutrients from waste for 3D printing food and supplements, while composting organic matter. With advanced sensors and AI, we optimize the process to reduce environmental impact. Our user-friendly app provides supplement information and environmental impact data, allowing you to make informed choices. Join us in revolutionizing the food waste industry.

THE PROBLEM

Food Waste Needs to be Adressed Now

$230 Billion Resources Gone

from the production of wasted food squandered in natural resources, including:

  • 25% of all freshwater used globally

  • 28% of the world's agricultural land area

  • Significant amounts of energy, fertilizers, and other inputs


Food waste that ends up in landfills can also contaminate soil and water sources, harming local ecosystems.

40%
Waste

of all food produced in the United States goes uneaten & in landfills.

  • In landfills, this decomposing food waste produces methane, a potent greenhouse gas that is 28-36 times more effective at trapping heat in the atmosphere than carbon dioxide.

  • Globally, one-third of all food produced is wasted, accounting for 8-10% of total global greenhouse gas emissions.

$1500
Lost

worth of food waste is produced by the average American family of four.

  • Households account for 43% of all food waste in developed countries.

  • Strict cosmetic standards and order requirements by grocery stores and restaurants lead to significant waste.

  • 60% of food waste occurs in homes, where consumers are unaware of the scale of the problem.

OUR SOLUTION

Combining Emerging Technologies

Enzymatic Hydrolysis

Enzymatic hydrolysis is used to break down the complex organic molecules into simpler, more extractable nutrients.y and reusability.

3D Printing for Nutrition

The extracted nutrients, minerals and elemnts are stored and can then be used to 3D print supplement pills within the bin.

Computer Vision & Advanced Sensors

Throughout the process, advanced sensors and AI monitor the system's performance to optimize nutrient extraction and minimize waste.

User Informatics

The accompanying app provides users with information on the suppliments made, nutrition facts and supplement information created from the nutrients.

TEAM

Introduce our team

Discover How Saasta Redefines Project Management for Modern Teams

Chikanma Okoisor

Co-Founder

A Nigerian-American innovator fascinated by Piezoelectricity and other applications of sustainable energy, sustainability, and the intersection of emerging technologies.

Zeynep İpek Kayalı

Co-Founder

A current first-year student at UWC Costa Rica, enthusiastic about STEM and entrepreneurship. Always looking for progress and new ideas regarding research, public speaking, drawing, and creative writing.

Frequently Asked Questions (FAQs)

What makes Eco-Extractor possible?

Eco-Extractor will be possible in the next 5-10 years with the developments in the efficiency and costs of technologies such as image recognition, enzymatic breakdown, and pharmacy grade 3D printing.

What makes Eco-Extractor possible?

Eco-Extractor will be possible in the next 5-10 years with the developments in the efficiency and costs of technologies such as image recognition, enzymatic breakdown, and pharmacy grade 3D printing.

What makes Eco-Extractor possible?

Eco-Extractor will be possible in the next 5-10 years with the developments in the efficiency and costs of technologies such as image recognition, enzymatic breakdown, and pharmacy grade 3D printing.

How would I benefit from Eco-Extractor?

How would I benefit from Eco-Extractor?

How would I benefit from Eco-Extractor?

What are some alternatives to Eco-Extractor?

What are some alternatives to Eco-Extractor?

What are some alternatives to Eco-Extractor?