- Description
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We are on a mission to nourish the Planet from Pod to Plate and back again. Our novel and innovative FOSESUS Pod technology optimizes growing conditions of over 50 vegetable crop varieties while reducing cost and environmental footprint. From Urban Stalk's business model to produce, we have embedded circularity into everything being able to reuse natural resources as much as 8x resulting in zero waste from our growing processes.
We work with retail grocers, retreatants, food banks and a host of other innovative organizations who are committed to improving both human and natural environmental health with local, circular, and resilient vegetable supply chains.
We transparently focus our technology on process optimization for the vegetable plant. Our technology is dedicated to improving quality, health, yield, safety, and nutritional value of vegetable foods that translates to better health and wellbeing for local communities.
- Number of employees
- 2 - 10 employees
- Company website
- https://www.urbanstalk.ca/
- Categories
- Environmental sustainability
- Industries
- Agriculture Construction, engineering & trades
Socials
Recent projects
Creating Engaging, Newsworthy, and SEO-Optimized Content for Urban Stalk’s Innovations in Agriculture
The main goal of this project is to create engaging, newsworthy, and informative blog posts for Urban Stalk, focusing on topics such as the destabilization of the global food supply chain, circular smart agriculture in Canada, localizing food with technology, and the use of advanced hydroponics in farming. The content should be well-researched, provide valuable insights, and align with Urban Stalk's mission of promoting sustainable and innovative farming practices.
Enhancing Electric Vehicle Efficiency
The goal of this project is to enhance electric vehicle (EV) functionality by integrating a system that reduces charge time and frequency while capturing propulsion energy through an electric turbine. This project is in the exploratory stages. It is highly theoretical, aiming to explore the feasibility of using an electric turbine in the described manner. Theoretical research is required to validate the concept.