Company profile
BioFuture Additives
Leading the Regenerative Revolution in Plastics and Textiles. Embrace Zero Waste with BioFuture Additives
- Industry
- Biotechnology Research
- Employees
- 28
- Headquarters
- New York , New York
- Founded
- 2020
- LinkedIn followers
- 7,913
- Office locations
- 1
BioFuture Additives company summary
BioFuture Additives is a company in the Biotechnology Research industry, headquartered in New York , New York, founded in 2020. On LinkedIn the company has around 28 employees and 7,913 followers. Its listed specialties include Biotechnology, Packaging, Plastics, Polymers, Biodegradability.
What technology does BioFuture Additives use?
No technologies detected yet. Warmrank rechecks company websites on a rolling basis.
About BioFuture Additives
Less than 10% of the plastic we produce has been recycled, because recycling is expensive. What happens to the other 90%? It pollutes our landfills, oceans and groundwater for hundreds, even thousands of years. What is the solution? BioFuture answers this call with a groundbreaking approach: Regeneration. Our technology doesn’t just break down plastics; it converts them into non-toxic biomass, supporting the natural carbon cycle. This transformative process not only reduces waste but also regenerates the environment, making BioFuture a leader in sustainable innovation. At BioFuture, we believe that the future of plastics isn’t just about disposal or recycling—it’s about regeneration. Our pioneering technology transforms polymers, including PET, PE, PP, PS, PVC, PLA, and synthetic textiles like polyester and nylon, into biomass once they reach microbe-rich environments such as landfills, oceans, and industrial composting sites. Unlike traditional biodegradable materials, our solutions maintain full recyclability, ensuring a seamless fit into the circular economy while actively supporting carbon neutrality. Our patented BioFuture Additives (BFA) allow plastics to degrade organically in decomposition environments in months, not centuries. + 100% organic and non-toxic + Does not create micro or nano plastics + Can still be recycled in conventional recycling systems + Leaves behind a natural compostable biomass + No changes required to the existing normal manufacturing process + Maintains product shelf life and strength + Only a 5-15% increase in raw materials cost Partner with BioFuture today and lead the regenerative revolution. Together, we can redefine sustainability, turn waste into a resource, and inspire a future where plastics don’t just decompose—they regenerate.
Specialties
Where is BioFuture Additives located?
BioFuture Additives lists 1 location.
Compare companies similar to BioFuture Additives
More companies in Biotechnology Research.
| Company | Industry | Employees | Founded | Headquarters |
|---|---|---|---|---|
BioFuture Additives biofutureadditives.com | Biotechnology Research | 28 | 2020 | New York , New York |
Thermo Fisher Scientific thermofisher.com | Biotechnology Research | 100,779 | - | Waltham, MA |
Amgen amgen.com | Biotechnology Research | 41,028 | 1980 | Thousand Oaks, CA |
Biogen biogen.com | Biotechnology Research | 7,742 | - | Cambridge, MA |
Biocon biocon.com | Biotechnology Research | 11,902 | - | Bangalore, Karnataka |
| Biotechnology Research | 28,679 | - | Bethesda, MD | |
Genentech gene.com | Biotechnology Research | 18,296 | 1976 | South San Francisco, California |
Eurofins eurofins.com | Biotechnology Research | 24,928 | - | Luxembourg, Luxembourg |
Gilead Sciences gilead.com | Biotechnology Research | 14,743 | - | Foster City, CA |
Syneos Health syneoshealth.com | Biotechnology Research | 23,772 | - | Morrisville, NC |
Moderna modernatx.com | Biotechnology Research | 6,238 | 2010 | Cambridge, Massachusetts |
Frequently asked questions about BioFuture Additives
What does BioFuture Additives do?
Less than 10% of the plastic we produce has been recycled, because recycling is expensive. What happens to the other 90%? It pollutes our landfills, oceans and groundwater for hundreds, even thousands of years. What is the solution? BioFuture answers this call with a groundbreaking approach: Regeneration. Our technology doesn’t just break down plastics; it converts them into non-toxic biomass, supporting the natural carbon cycle. This transformative process not only reduces waste but also regenerates the environment, making BioFuture a leader in sustainable innovation. At BioFuture, we believe that the future of plastics isn’t just about disposal or recycling—it’s about regeneration. Our pioneering technology transforms polymers, including PET, PE, PP, PS, PVC, PLA, and synthetic textiles like polyester and nylon, into biomass once they reach microbe-rich environments such as landfills, oceans, and industrial composting sites. Unlike traditional biodegradable materials, our solutions maintain full recyclability, ensuring a seamless fit into the circular economy while actively supporting carbon neutrality. Our patented BioFuture Additives (BFA) allow plastics to degrade organically in decomposition environments in months, not centuries. + 100% organic and non-toxic + Does not create micro or nano plastics + Can still be recycled in conventional recycling systems + Leaves behind a natural compostable biomass + No changes required to the existing normal manufacturing process + Maintains product shelf life and strength + Only a 5-15% increase in raw materials cost Partner with BioFuture today and lead the regenerative revolution. Together, we can redefine sustainability, turn waste into a resource, and inspire a future where plastics don’t just decompose—they regenerate.
How many employees does BioFuture Additives have?
BioFuture Additives has around 28 employees on LinkedIn.
Where is BioFuture Additives headquartered?
BioFuture Additives is headquartered in New York , New York.
When was BioFuture Additives founded?
BioFuture Additives was founded in 2020.
Build a lead list from companies like BioFuture Additives
Describe your ICP or import a CSV. Warmrank finds matching companies, enriches contacts with verified emails, and tracks every lead.