Radical Plastics has a total of 20 patents globally, out of which 4 have been granted. Of these 20 patents, more than 95% patents are active. The USA is where Radical Plastics has filed the maximum number of patents, followed by Europe (EPO). Parallelly, the United States seems to be the main focused R&D center of Radical Plastics and is also the origin country of the firm.
Radical Plastics was founded in the year 2018 by Kristin Taylor and Yelena Kann. The company engages in the provision of recycling and packaging solutions. It develops technology to reduce plastic waste.
Do read about some of the most popular patents of Radical Plastics which have been covered by us in this article and also you can find Radical Plastics patents information, the worldwide patent filing activity and its patent filing trend over the years, and many other stats over Radical Plastics patent portfolio.
How many patents does Radical Plastics have?
Radical Plastics has a total of 20 patents globally. These patents belong to 3 unique patent families. Out of 20 patents, 19 patents are active.
How Many Patents did Radical Plastics File Every Year?
Are you wondering why there is a drop in patent filing for the last two years? It is because a patent application can take up to 18 months to get published. Certainly, it doesn’t suggest a decrease in the patent filing.
| Year of Patents Filing or Grant | Radical Plastics Applications Filed | Radical Plastics Patents Granted |
| 2022 | – | – |
| 2021 | 7 | 1 |
| 2020 | 6 | 1 |
| 2019 | 7 | – |
| 2018 | – | – |
How many Radical Plastics patents are Alive/Dead?
Worldwide Patents
How Many Patents did Radical Plastics File in Different Countries?
Where are Research Centres of Radical Plastics Patents Located?
The R&D Centres of patents filed by Radical Plastics is in the US.
Most Cited Radical Plastics Patent
US20220154078A1 is the most popular patent in the Radical Plastics portfolio. It has received 4 citations so far from companies like Chevron Phillips Chemical Company.
List of Radical Plastics Patents
| Radical Plastics Patents | Title |
| US11691873B2 | Compositions And Methods Of Using Fine Mineral Matter As A Catalyst For Chemical Recycling |
| US11667058B2 | Utilization Of Fine Mineral Matter In The Conversion Of Non-Biodegradable Plastic And In Remediation Of Soils Polluted With Non-Biodegradable Plastic |
| US10906209B2 | Utilization Of Fine Mineral Matter In The Conversion Of Non-Biodegradable Plastic And In Remediation Of Soils Polluted With Non-Biodegradable Plastic |
| US10549455B2 | Utilization Of Fine Mineral Matter In The Conversion Of Non-Biodegradable Plastic And In Remediation Of Soils Polluted With Non-Biodegradable Plastic |
| US20220154078A1 | Fine Mineral Matter For Upgrading The Quality Of The Products Of Thermal Or Catalytic Cracking Or In-Situ Heavy Oil Catalytic Cracking |
| US20210122630A1 | Compositions And Methods Of Using Fine Mineral Matter As A Catalyst For Chemical Recycling |
| US20210008762A1 | Utilization Of Fine Mineral Matter In The Conversion Of Non-Biodegradable Plastic And In Remediation Of Soils Polluted With Non-Biodegradable Plastic |
| EP4247919A1 | Fine Mineral Matter For Upgrading The Quality Of The Products Of Thermal Or Catalytic Cracking Or In-Situ Heavy Oil Catalytic Cracking |
| EP4051660A1 | Compositions And Methods Of Using Fine Mineral Matter As A Catalyst For Chemical Recycling |
| EP3774249A1 | Utilization Of Fine Mineral Matter In The Conversion Of Non-Biodegradable Plastic And In Remediation Of Soils Polluted With Biodegradable Plastic |
| WO2022109004A1 | Fine Mineral Matter For Upgrading The Quality Of The Products Of Thermal Or Catalytic Cracking Or In-Situ Heavy Oil Catalytic Cracking |
| WO2022060849A1 | Soil Remediation By Conversion Of Non-Biodegradable Plastic To Biodegradable Plastic Using Fine Mineral Matter |
| WO2021087160A1 | Compositions And Methods Of Using Fine Mineral Matter As A Catalyst For Chemical Recycling |
| CA3202529A1 | Fine Mineral Matter For Upgrading The Quality Of The Products Of Thermal Or Catalytic Cracking Or In-Situ Heavy Oil Catalytic Cracking |
| CA3095293A1 | Utilization Of Fine Mineral Matter In The Conversion Of Non-Biodegradable Plastic And In Remediation Of Soils Polluted With Non-Biodegradable Plastic |
| AU2021381326A1 | Fine Mineral Matter For Upgrading The Quality Of The Products Of Thermal Or Catalytic Cracking Or In-Situ Heavy Oil Catalytic Cracking |
| AU2019241877A1 | Utilization Of Fine Mineral Matter In The Conversion Of Non-Biodegradable Plastic And In Remediation Of Soils Polluted With Biodegradable Plastic |
| KR2023124902A | Fine Minerals To Upgrade Product Quality Of Thermal Or Catalytic Cracking Or In-Situ Heavy Oil Catalytic Cracking |
| CN112423952A | Application Of Fine Mineral Substance In Transformation Of Non-Biodegradable Plastic And Restoration Of Soil Polluted By Non-Biodegradable Plastic |
| WO2019190711A1 | Utilization Of Fine Mineral Matter In The Conversion Of Non-Biodegradable Plastic And In Remediation Of Soils Polluted With Biodegradable Plastic |
What are Radical Plastics’ key innovation segments?
What Technologies are Covered by Radical Plastics?
The chart below distributes patents filed by Radical Plastics