Plastic waste is no longer just an environmental concern; it is a regulatory, operational, and financial challenge for companies across industries. With Extended Producer Responsibility (EPR) laws expanding across the United States and global pressure mounting to curb landfill waste and microplastics, manufacturers are under increasing scrutiny. Brands are being asked not only to reduce plastic usage but to prove it. Many are discovering that traditional recycling alone cannot solve the problem. Intec Bioplastics was built to address that gap. Incorporated in 2019, Intec Bioplastics positions itself as a bioresin engineering company rather than simply a plastics recycler. Its mission is clear: to help customers achieve sustainability goals such as net-zero carbon, net-zero plastic, and zero waste to landfill. “Our focus is reducing plastic waste and waste to landfill,” explains Edward Showalter, Founder, Intec Bioplastics. “In all the products that we build and sell, we look at reducing virgin plastic—either through plant-based, recyclable, biodegradable, or compostable solutions.”

At the core of Intec’s model is material science. The company has developed more than 600 proprietary bioresin formulas, supported by 21 issued patents and over 60 patents pending across the European Union and additional markets including Great Britain, Canada, Mexico, China, and India. That intellectual property portfolio reflects both ambition and preparation for global expansion. Each formulation is engineered to meet regulatory standards, including FDA Title 21 food-contact compliance and biodegradability certifications. Composability claims are validated using ASTM standards such as D5511, 6400, and 5338. Its stretch wrap products are also APR certified, confirming recyclability within the normal recycling stream.

One of Intec’s most impactful solutions addresses an overlooked source of industrial waste: stretch wrap cores. Each year, more than 200 million cardboard cores from stretch wrap rolls end up in landfills, many containing adhesives that slow decomposition. Intec developed a BuyBack program that recovers both used stretch wrap film and the cardboard cores themselves. Rather than discarding these materials, customers can return them for reuse or recycling. Participating companies may also receive certificates, plaques, trophies, and other recognition incentives highlighting their contribution to material recovery efforts. According to the company, it is currently the only organization offering a structured BuyBack program for stretch wrap cores at this scale.

The company’s EarthPlus® stretch wrap film also addresses plastic consumption directly. While conventional stretch wrap averages around 600 percent elongation, Intec’s film has been independently tested at 1,799 percent elongation. That performance difference allows customers to use significantly less material per pallet load. “Normal stretch wrap is 600 percent elongation stretch,” Showalter notes. “Ours was independently tested at 1,799 percent, which means our customer can use two and a half times less stretch wrap than other products.” Less material used means less plastic manufactured, transported, and eventually discarded.

Regulatory momentum is accelerating the need for solutions like these. Fourteen states have already instituted EPR legislation, and more are expected to follow. Companies may soon face financial penalties tied to packaging waste. Intec responds by building systems that actively reduce landfill contributions and virgin plastic usage.

The science behind EarthPlus® represents a blend of innovation and applied research. Inspired in part by discoveries such as bacteria identified in Japanese landfills capable of digesting plastic, Intec engineered formulations that accelerate breakdown under specific composting or biodegradation conditions. By combining plant-based materials with traditional resins, the company creates compounds that maintain strength and functionality while enabling faster degradation when properly disposed of. At the same time, some formulations are designed to remain fully recyclable within existing recycling systems, offering flexibility depending on the customer’s sustainability objectives.

Unlike many resin manufacturers that simply sell pellets, Intec builds both the resin and the finished product. “Tell us what your environmental goals are, and we’ll build you a product to meet those goals,” Showalter emphasizes. That approach sets it apart from suppliers who offer standardized materials without customization. Intec views itself as a sustainability partner rather than a commodity vendor.

The company’s collaborative model is evident in its customer engagements. In the dairy industry, a client approached Intec seeking more sustainable packaging for milk products. Intec worked directly with the manufacturer to engineer packaging solutions that could be recyclable, compostable, or biodegradable while maintaining food safety standards. In another case, a long-established pet industry company wanted to eliminate nylon from its dog chew bones due to toxicity concerns. Intec began developing a plant-based alternative that preserved durability while improving safety. These examples demonstrate the adaptability of its 600-plus formulations and the company’s willingness to engineer around specific environmental goals.

Intec also differentiates itself through advanced recycling capabilities. Most recyclers specialize in single polymer types such as HDPE, LLDPE, or PVC. Few can successfully combine incompatible plastics into one usable compound. Three years ago, Intec developed a process to compound different plastic types into a pellet suitable for injection molding, overcoming a limitation that has constrained traditional recyclers. Because Intec operates as both manufacturer and recycler, it can design products with recyclability integrated from the outset.

When it comes to the company’s growth plan, it reflects their confidence in market demand. Intec currently serves more than 60 customers nationwide and projects that number to exceed 300 in 2026. Over the next four years, it plans to build 10 manufacturing and distribution centers across the United States, including one in Canada, to localize production and reduce transportation impacts. By expanding geographically, the company aims to serve customers more efficiently while strengthening its footprint in sustainable packaging.

The plastics industry is at a turning point. Companies can no longer rely on incremental recycling improvements alone. They must rethink materials, supply chains, and end-of-life strategies. Intec Bioplastics is positioning itself at that intersection—where engineering, regulation, and sustainability converge. “By combining bioresin innovation, proprietary formulas, performance-tested products, and closed-loop buyback programs, we are working to prove that plastic does not have to be part of the problem. With the right science and the right systems, it can become part of the solution,” concludes Showalter.