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Synbeyond

Synbeyond provides integrated urban farming and photobioreactor systems that convert industrial wastewater and CO2 emissions into valuable microalgae biomass. Our solutions enable businesses to adopt circular economy principles, reducing their environmental impact while creating new revenue streams from waste valorization.

Vantaa, FinlandFounded 20243200+ followers
Updated 4 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

Industries with nutrient-rich wastewater or significant carbon dioxide emissions often lack efficient methods to valorize these byproducts. Traditional approaches to resource recovery and carbon sequestration can be energy-intensive and costly, limiting their widespread adoption.

Solution

Synbeyond designs and manufactures integrated urban farming systems and advanced photobioreactors for industrial applications. Our solutions enable businesses to convert waste streams, such as nutrient-rich effluents and CO2 emissions, into valuable biomass through microalgae cultivation. We provide circular economy-based propagation equipment that simplifies plant growth and sustenance, promoting sustainable resource utilization. By leveraging photosynthetic processes, our systems offer an environmentally conscious pathway for industries to reduce their ecological footprint and create new revenue streams.

Target Audience

Our primary customers are industrial facilities, including food and beverage manufacturers and agricultural operations, that generate nutrient-rich wastewater or have significant CO2 emissions.

Features

  • Modular photobioreactor systems engineered for efficient microalgae cultivation.
  • Urban farming units designed for simplified plant propagation and long-term sustenance.
  • Utilization of industrial side streams (e.g., nutrient-rich wastewater) as feedstock.
  • Integration of CO2 capture and utilization capabilities within cultivation processes.
  • Products manufactured using recycled materials, such as rPET, promoting a circular economy.
  • Systems designed for ease of use, requiring minimal operational expertise.
This profile is AI-generated and may contain inaccuracies.