Unlocking a low‑energy, scalable biological platform for degrading for reducing bioplastic and microplastic accumulation.

Overview

Plastic and bioplastic residues continue to build up in water, soil, and composting systems, creating long‑term environmental and regulatory challenges. Although biodegradable plastics were developed to reduce persistence, many still break down slowly under real‑world conditions. Existing treatment options often require high energy input, added chemicals, or tightly controlled environments, limiting their broader use.

This technology introduces a new bioremediation approach that uses naturally occurring organisms to interact with biopolymers and microplastic particles under everyday environmental conditions, offering a different way to think about polymer waste reduction.

The Opportunity

Developed at The Ohio State University, this innovation demonstrates how biological systems may be harnessed to support polymer breakdown using ambient conditions and minimal inputs. The work establishes a foundation for future, low‑energy waste‑management strategies that could complement existing treatment methods. Early partners have an opportunity to engage in shaping how this biology‑based approach evolves toward practical deployment.

Key Advantages

• Biology‑driven approach aligned with sustainability goals
• Operates under ambient conditions without added chemicals
• Relevant across real‑world environments, including water, soil, and compost
• Supports circular‑economy innovation and environmental stewardship

Potential Application Areas

• Wastewater and environmental systems
• Composting and organic waste processing
• Bioplastics and packaging value chains
• Agricultural and water‑management contexts

Patents: Provisional
Seeking: Licensing and research‑driven collaboration
Inventors: Sripoorna Somasundaram, Rinky Ghosh, Zhongtang Yu, Yael Vodovotz

Explore emerging biological approaches that could support future waste‑management and circular‑economy solutions. To learn more or discuss licensing opportunities, contact the OSU Innovation and Commercialization team.
Licensing Manager: Ana Panic (panic.2@osu.edu)