Joe Busby, a seasoned entrepreneur with experience across agriculture and industrial operations, has spent years watching how businesses handle the byproducts of their work. "In many operations, waste ends up being treated as a basic task, and over time that approach can lead to added costs and inefficiencies that become harder to ignore," he explains. He saw these issues firsthand, pushing him to take a closer look at the broader system and consider whether waste could be managed more productively.
That line of thinking eventually led to the creation of Global Sustainable Products, Inc., a company focused on converting biodegradable waste into usable outputs. The organization developed a system that processes organic materials and redirects them toward productive use rather than traditional disposal.
The process produces two primary outputs: First, a 100% biosecure organic class 'A' fertilizer. Secondly, a 100% biosecure organic livestock feed. The goal is to provide businesses with a way to gain value from materials that previously represented only a cost, aligning operational efficiency with environmental considerations. Busby emphasizes, "Every input has the potential to become something useful. The key is designing a system that can consistently unlock that value."
Global Sustainable Products' process relies on a proprietary method that combines mechanical engineering with adaptable formulations. Organic waste from agricultural, food processing, and municipal sources is introduced into a flow-through system where heat and pressure are generated internally through friction. According to Busby, this allows materials to be transformed within a short processing window, producing stable outputs that can be tailored to specific market requirements.
The flexibility of the system aims to support a wide range of applications, from livestock operations to large-scale municipal programs. Portable plant configurations may allow the technology to be deployed directly at a client's site, while permanent installations can support continuous, high-volume operations. This adaptability, as Busby notes, has contributed to the company's ability to serve diverse industries while maintaining efficiency.
As the system matured, regulatory alignment and process validation became central to its evolution. Busby notes that the animal-feed component has secured approval from both the U.S. Department of Agriculture and the U.S. Food and Drug Administration, and that the overall process has been vetted through independent research initiatives.
Busby notes that these steps aim to offer a measure of confidence for prospective users evaluating the system's potential. "Validation brings clarity," he explains. "It allows people to engage with the process in an informed way." Busby also emphasizes the importance of structured protocols in maintaining biosecurity across the operation, particularly when managing complex waste streams.
From a business perspective, the model aims to introduce several areas of potential value. Companies that implement the system may experience reduced waste-handling expenses while gaining access to additional revenue opportunities through the outputs produced. Busby adds that materials that were once considered operational burdens may begin to contribute to broader business objectives.
This alignment reflects growing interest in circular-economy practices, where resources are kept in use and repurposed wherever possible. In this context, Global Sustainable Products offers a framework that integrates environmental awareness with financial considerations. "Sustainability becomes more meaningful when it connects with how a business grows," Busby says. "It becomes part of the overall strategy."
The potential for large-scale application adds another dimension to the company's vision. Municipal waste centers, industrial facilities, and urban sanitation systems represent environments where the technology could be implemented to manage substantial volumes of biodegradable material. Busby envisions a network of installations capable of processing continuous waste streams in major metropolitan areas.
According to Busby, cities such as New York illustrate how such systems could contribute to evolving waste-management strategies by transforming materials into usable outputs within the same ecosystem. "Urban environments generate constant flows of material," he explains. "Within those flows, there is an opportunity to create systems that return value back into the community."
As Global Sustainable Products continues to develop, the company aims to enter a period of expansion supported by increasing interest in sustainable infrastructure. Plans for broader deployment, including the introduction of its first portable plant, signal progress toward greater operational reach. This stage reflects a combination of preparation and opportunity, as the company builds on its existing foundation. Busby views this moment as part of a larger trajectory. "Progress often begins with something tangible that people can see and experience," he says. "From there, the conversation can evolve meaningfully."
With ongoing development and the potential for expanded partnerships, the system introduced by Global Sustainable Products, Inc. may extend into new applications over time. As adoption grows and the technology continues to evolve, its role in how organizations approach waste management could become increasingly relevant. Busby says, "When you begin to see waste as part of a larger cycle, you start to recognize how much possibility exists within it."
