AgroRenew

Overview

AgroRenew is an innovative U.S.-based bioplastics company headquartered in Vincennes, Indiana, specializing in the production of 100% biodegradable PHA (polyhydroxyalkanoate) bioplastics derived from agricultural crop waste. Co-founded by Katie L. Southern (Chief Science Officer) and Brian Southern (CEO), the company addresses a critical intersection of agricultural waste management and sustainable materials production.

The company’s core innovation centers on transforming melon rinds and other crop waste from Knox County farms into high-quality PHA biopolymers. Rather than competing with food production for feedstocks, AgroRenew leverages otherwise unused agricultural byproducts, creating a circular bioeconomy model that benefits farmers, the environment, and the bioplastics industry.

Agricultural Feedstock Technology

Crop Waste Utilization: AgroRenew’s proprietary technology converts agricultural crop waste—particularly melon rinds rich in cellulose and organic polymers—into resin polymers suitable for bioplastic production.

Local Sourcing Model: By sourcing feedstocks from local melon farms in Knox County, AgroRenew creates a “win-win-win” scenario:

• Farmers receive additional revenue for previously discarded biomass
• Agricultural waste is diverted from landfills
• Sustainable raw materials are produced locally

Production Facility and Capacity

$83 Million Facility: AgroRenew broke ground on an $83 million manufacturing facility designed to establish industrial-scale PHA production capacity in Knox County, Indiana.

Production Scale: The facility’s design enables rapid production cycles—capable of manufacturing in hours the volume of bioplastic material that current global bioplastics companies produce annually, positioning AgroRenew as a major competitor in bioplastics manufacturing.

Primary Materials and Technologies

PHA from Renewable Feedstocks: AgroRenew produces polyhydroxyalkanoate (PHA) biopolymers sourced from renewable agricultural materials including watermelon, cantaloupe, and pumpkin waste.

Fermentation-Based Production: The company utilizes microorganism fermentation processes to convert crop sugars and carbohydrates into PHA polymers with properties comparable to conventional plastics.

Market Segments

• Packaging: Flexible and rigid packaging applications requiring biodegradability
• Agriculture: Mulch films, soil amendments, and agricultural application films
• Food Service: Food containers, serviceware, and food contact compliant applications
• Consumer Products: Applications benefiting from fully biodegradable materials

Industry Position and Market Leadership

Largest US Bioplastics Manufacturing Market Share: AgroRenew has been recognized as holding the largest market share in US bioplastics manufacturing as of 2025-2026, reflecting rapid scaling and competitive positioning.

Scale-Up Achievement: The company has successfully transitioned from development to industrial-scale production, achieving manufacturing volumes competitive with established bioplastics producers.

Agricultural Community Integration: Strong relationships with regional farming communities and agricultural industry support validate business model and sustainability credentials.

Production and Operational Excellence

$83 Million Facility Development:

• Ground-breaking major capital investment
• Industrial-scale PHA production capability
• Integrated fermentation and processing systems
• Quality assurance and material testing infrastructure
• Environmental compliance and monitoring
• Employment creation for rural Indiana communities

Rapid Production Cycles: AgroRenew’s facility design enables manufacturing in hours volumes that global bioplastics companies produce annually—demonstrating unprecedented scale and efficiency advantages in PHA production technology.

Vertical Integration:

• Crop waste sourcing from local farms
• Integrated fermentation and polymerization
• Material processing and pelletization
• Quality assurance and testing
• Direct customer supply capability
• Complete supply chain control

Technology Innovation and Competitive Advantages

Crop Waste Biorefinery Model: Rather than competing with agriculture or food production for feedstocks, AgroRenew transforms waste biomass into high-value biopolymers—a genuinely circular approach to material production.

Fermentation Technology Excellence: Proprietary fermentation processes and microorganism cultures enable efficient conversion of agricultural residues to PHA with minimal processing losses and energy consumption.

Processing Efficiency: Advanced extraction, purification, and pelletization technology ensures high-quality, consistent PHA material suitable for demanding applications.

Intellectual Property: Patents on fermentation processes, strain development, and processing technologies provide competitive differentiation and licensing opportunities.

Sustainability Advantages

Zero-Waste Feedstocks: Utilization of crop residues (melon rinds, cantaloupe waste, pumpkin residues) eliminates competition with food production while diverting agricultural waste from disposal or field burning.

Agricultural Waste Diversion:

• Prevents landfill disposal of crop residues
• Eliminates field burning (air quality improvement)
• Adds revenue stream for farming operations
• Reduces agricultural waste management costs
• Circular economy model implementation

Local Economic Development: The business model supports rural communities and agricultural regions in Indiana:

• Direct economic benefit to farming operations
• Stable market for agricultural byproducts
• Rural manufacturing employment creation
• Regional economic development
• Agricultural sustainability support

Circular Economy Integration:

• Complete biodegradability supports composting and environmental decomposition cycles
• End-of-life solutions in home and industrial composting
• Circular material system alignment
• Reduced carbon footprint vs conventional plastics
• Renewable feedstock utilization

Environmental Impact:

• Reduced greenhouse gas emissions vs petroleum plastics
• Landfill diversion through crop waste utilization
• Air quality improvement (elimination of field burning)
• Water quality benefits from reduced agricultural chemicals
• Soil health support through integrated agricultural practices

Market Segments and Customer Base

Packaging Industry:

• Flexible film packaging converters
• Rigid packaging manufacturers
• Food contact compliant packaging
• Premium sustainable packaging brands
• E-commerce and logistics companies

Food Service and Hospitality:

• Compostable food container manufacturers
• Takeaway and delivery packaging
• Food service disposables producers
• Restaurant and quick-service industry support

Consumer Goods Manufacturing:

• Brand owners seeking compostable materials
• Retail packaging manufacturers
• Premium sustainable product developers
• Eco-conscious consumer goods companies

Agriculture and Specialty Applications:

• Mulch film and agricultural film manufacturers
• Biodegradable agricultural applications
• Soil amendment producers
• Specialty agricultural material developers

Financial and Growth Profile

Significant Capital Investment:

• $83 million facility investment demonstrates serious capital deployment
• Investor confidence in technology and business model
• Growth capital supporting rapid scaling
• Facility size and capability supporting major market share

Revenue and Profitability:

• Industrial-scale production supporting material revenues
• High-volume sales to converters and manufacturers
• Premium positioning for biodegradable materials
• Positive unit economics in bioplastics market

Growth Trajectory:

• From development to industry-leading production scale
• Rapid market share gains in competitive bioplastics sector
• Scaling through facility expansion
• Technology licensing and partnership opportunities

Strategic Partnerships and Market Development

Agricultural Industry Relationships:

• Farm cooperatives and agricultural groups
• Regional farming organizations
• Commodity crop organizations
• Agricultural extension services
• Rural development organizations

Converter and Manufacturer Partnerships:

• Packaging companies seeking compostable materials
• Food service equipment manufacturers
• Consumer goods companies
• Industrial equipment manufacturers
• Regional manufacturing partnerships

Regulatory and Standards Relationships:

• Composting facility partnerships for end-of-life solutions
• Environmental and agricultural agencies
• Standards and certification bodies
• Regulatory compliance support

Intellectual Property and Innovation

Proprietary Technology Portfolio:

• Patented fermentation processes
• Microorganism strain development
• Processing and extraction methods
• Yield optimization and efficiency improvements
• Continuous innovation pipeline

Research and Development:

• Process optimization and cost reduction
• PHA formulation development for specific applications
• Performance enhancement initiatives
• New feedstock exploration
• Advanced material capabilities

Future Outlook and Strategic Vision

With its innovative crop waste feedstock utilization, industrial-scale production capacity, strong agricultural community support, and market-leading position, AgroRenew is positioned to become a transformative force in North American bioplastics production.

Key Growth Drivers:

• Regulatory Expansion: Accelerating regulations on single-use plastics and corporate sustainability mandates
• Cost Competitiveness: Rapid facility scaling improving unit economics and competitiveness
• Agricultural Integration: Strong farming community relationships supporting sustainable feedstock
• Market Demand: Growing converter and brand demand for compostable materials
• Supply Chain Development: Scaling of end-to-end supply chain from farm waste to finished material

Strategic Opportunities:

• Additional facility development in other agricultural regions
• Geographic expansion beyond Indiana
• Feedstock diversification with new crop residues
• Technology licensing and partnerships with converters
• Vertical integration opportunities
• International expansion opportunities
• Acquisition of complementary capabilities
• Supply chain partnerships with major converters and brands

Long-Term Vision: Establish AgroRenew as the leading agricultural waste-to-bioplastics producer globally, demonstrating the viability and scalability of circular bioeconomy models that transform crop residues into high-performance, fully biodegradable materials. Support the transition to sustainable packaging and consumer goods across North America and globally while creating economic benefit for agricultural communities and supporting genuine circular economy principles.

Last updated: February 14, 2026 Information sourced from AgroRenew corporate website, facility announcements, agricultural partnerships, and industry publications