The ORCA OG50 is a sustainable food waste management solution, designed to meet the needs of catering set ups, canteens, restaurants, fast food joints, hotels, and wherever very high volumes of food waste is generated. Capable of aerobically processing up to 23 kg of food waste per hour, this unit is perfect for environments with high waste output. The whole of the waste is converted into liquid. The earth-friendly liquid byproduct can then be safely and easily channeled into your on-site wastewater systems, making it a complete waste disposal system that saves you transport costs and reduces carbon footprint. Built with food-grade stainless steel, the OG50 seamlessly integrates into busy kitchens or, waste room areas offering a reliable and eco-friendly waste disposal solution.
The ORCA OG50 is engineered to process an average of 23 kg of food waste per hour, making it ideal for restaurants, fast food joints, and hotels. The ORCA can ‘eat’ anything humans can; it digests a wide variety of food waste, including cooked food, fruits, vegetables, and various types of meat.
Constructed with food-grade stainless steel, the aerobic food waste digester offers durability and safety, with an automatic shut-off feature when the door is opened. It is the perfect addition to busy kitchens because it allows you to continuously add waste to the machine even when it is working, within its capacity limits. Meanwhile, the on-board scales and a touch screen HMI provide easy tracking of waste diversion data.
The use of ORCA Biochips maximizes the digestion process by holding high levels of microorganisms. The effluent from the ORCA is an earth-friendly liquid that is safe for your existing wastewater/plumbing systems. Additionally, the ORCA technology significantly reduces methane and carbon dioxide emissions by diverting food waste from landfills and recycling it into renewable resources.
With the ORCA system, your company can reach its operational goals while upholding its environment commitments. The ORCA reduces waste collection expenses because the sustainable food waste disposal system does not leave any solid residue, eliminating the need for waste storage and optimizing purchasing decisions through precise weight data. Lack of solid residue also reduces the risk of pests, spills, and employee injuries that result from heavy-lifting and other operational activities. Additionally, ORCA's automated reporting tool helps ensure compliance with sustainability reporting requirements and organic waste diversion laws.
Required Supplies | ORCA Biochips, microorganisms & wipers |
Weight Of Orca | 1400 lbs (635 kg) |
Electrical Consumption | 1.2kwh |
Dimensions | L 68.54" x W 33.75" x H 50.07" (L 175cm x W 86cm x H 127cm) |
Hourly Processing Capacity | Average of 50 lbs (23 kg) per hour |
Water Consumption |
114 gallons (430 liters) per day* *Calculated based on an incoming flow rate of 2 gallons (7.6 liters) per minute* |
Installation Requirements |
Electrical - Dedicated 120V / nov Electrical Cord Length - 36 - 48 inches (91 - 121 cm) Water - Cold 1/2 inch (1.3cm) water connection Drain - Min. 2 inch (5.08cm) sanitary drain complete with grease interceptor Additional Space - A minimum of 24 inches (62cm) of free space must be available on both sides of the machine for maintenance |
The ORCA OG50 is capable of processing an average of 23 Kgs every hour, which brings it up to a grand total of 552 Kgs of digestible food waste every day.
No, ORCA is capable of working round the clock to consume food waste to achieve its full potential.
The installation process takes approximately a day or more as it includes transportation of the digester, setting up the food waste management space, scaling the ORCAs position, setting up the drainage and configuring the network connectivity.
The POWER Bear team will advice you about the most practical delivery option to your address.
Contact us for project specific requirements.
This skip is welded from the inside and outside and has a bottom plate of 6 mm and a side wall plate of 4 mm. This skip is unique because of the top frame beams and cold rolled profile