Food waste composting machine

We like to introduce you to a cutting-edge solution that promises to transform the way you manage food waste – the GS-Food Waste Digesters. As you navigate the challenges of food waste management, our food waste composting machine offers an innovative approach through their advanced enzymatic aerobic digestion technique.

Our waste food composting machine

We Take Pride In Pioneering A Revolutionary Waste Management Solution

Our technology directly addresses several pressing environmental concerns:

Reduced CO2 Emissions from Garbage Trucks:
Traditional food waste disposal methods heavily rely on frequent collections by garbage trucks, resulting in substantial CO2 emissions. By eliminating the need for these polluting vehicles, our approach significantly reduces carbon footprint.
Mitigation of Methane Emissions from Landfills:
Food waste deposited in landfills generates substantial methane emissions, a potent greenhouse gas. By diverting food waste from landfills, our technology plays a crucial role in reducing methane emissions and combating climate change.
Elimination of Unsanitary Waste Containers:
Conventional green containers used for food waste storage often pose hygiene concerns, emitting foul odors and attracting pests. Our solution provides a cleaner, odor-free, and environmentally friendly alternative, ensuring a more pleasant waste disposal experience.

Breaking Barriers in Food Waste Management
Unlike traditional food waste composting machines, Our machine doesn’t yield compost as a final product. This unique approach eliminates the need for additional waste management, reducing workload and hassle. Our tailored food composter is designed to handle not only solid food waste, but also liquid products like soups and sauces. Through our enzymatic process, we break down these food products into smaller, manageable components, a feat unmatched by any other liquid food digester in the market.

Optimized Capacity for Peak Seasons
We understand the importance of having enough food waste capacity, especially during busy periods like holidays. Providing the right sized digester machine is essential to offering reliability even during the busiest times of the year. It’s important to note that different types of food waste decompose at varying rates. Foods like dense-fiber vegetables and chicken bones require more time for breakdown. To better serve your unique needs, we require insights into your daily waste generation volume and types, particularly during peak periods.

Unveiling the Process
The GS-Food Waste Digesters expertise lies in its ability to break down food waste fast and efficiently through enzymatic aerobic digestion. This process harnesses the power of our special enzymes mixes in combination with our machine and a monitored process to transform complex organic compounds into simpler components.

Enzymes, the catalysts of the natural world, take center stage in this process. Our unique enzyme mixes are specially developed for the food waste composting machine, and target specific organic molecules in the food waste, initiating their breakdown. Proteases tackle proteins, lipases address fats, etcetera. As a result, large, complex molecules are transformed into smaller, more manageable fragments.

Upon a closer examination of the food waste problem, it became evident that the current food waste management system is outdated and environmentally burdensome. Food waste is a significant contributor to methane emissions worldwide, and maintaining the current food waste processing system consumes substantial resources. Consider that approximately 75% of food waste consists of water. This means that every garbage truck collecting food waste is filled to 75% with water, resulting in a wastage of capacity and resources for collecting solid food waste.

These observations prompted the idea that things could be done differently. The current system is no longer suitable for our times. The question arose: How can we effectively integrate food waste into the circular economy in a simple manner using existing systems? This question led to the creation of GS-Food Waste Digesters.

Why not develop a machine that breaks down food waste on-site, utilizes the water within food waste as a means of transport, and transforms 100% organic waste into biogas and Bioplastics through the sewage system? This approach is exceptionally circular and make food waste management much easier.