Stop sacrificing throughput for sanitation. This waste dehydrator processes large daily volumes while eliminating odor, reducing disposal costs, and shrinking landfill contributions through a controlled, automated drying cycle. Designed for cafeterias, hospitals, and high-volume kitchens, this unit converts organic matter into a low-weight, stable output that simplifies handling and downstream composting.
LongDescription#@#NA#@@#Cleaning Instructions#@#Unplug unit and lock out power at the breaker. Remove solids and scrape walls; operate paddles to free stuck material. Wipe interior with a food-safe sanitizer and a nonabrasive cloth. Inspect heating elements and Dryness Sensing Technology; tighten connectors and clear debris. Clean vents and exterior panels to prevent grease buildup. Verify 208v three-phase power and restore before testing. Regular cleaning reduces bacteria, fire risk, energy use, and breakdowns.#@@#Additional Info#@#Somat DH100 Waste Dehydrator processes compostable waste for medium to large foodservice facilities, dehydrating material up to 93% volume reduction with energy-efficient heating, patented Dryness Sensing Technology, 208v 3-Ph operation, 1050 pounds.#@@#General Info#@#Description #@#
Stop sacrificing throughput for sanitation. This waste dehydrator processes large daily volumes while eliminating odor, reducing disposal costs, and shrinking landfill contributions through a controlled, automated drying cycle. Designed for cafeterias, hospitals, and high-volume kitchens, this unit converts organic matter into a low-weight, stable output that simplifies handling and downstream composting.
#@@# Paddles Macerate#@#
Integrated rotating paddles macerate incoming waste immediately, breaking solids and increasing surface area for uniform dehydration. Operators achieve consistent reduction rates and faster processing because the mechanical action accelerates moisture release.
#@@# Heated Processing Chamber#@#
A heated storage chamber raises internal temperature to levels that reduce bacterial activity and accelerate water evaporation. Facilities gain safer handling and lower pathogen risk since heat combines with mechanical action to sanitize material prior to discharge.
#@@# Dryness Sensing Technology#@#
Patented Dryness Sensing Technology monitors residual moisture and automatically ends the cycle when material reaches target dryness. Staff avoid overprocessing and energy waste because the system adjusts run time based on actual batch conditions.
#@@# No Fresh Water Requirement#@#
The design eliminates any need for a fresh water connection, thereby reducing plumbing complexity and water consumption. Managers lower utility usage and simplify installation since the machine operates independently of facility water systems.
#@@# High Reduction Rate#@#
The unit reduces waste volume by up to 93%, producing a compact, dry, earthy material that weighs significantly less than the original input. Waste hauling frequency decreases and hauling costs fall, given the dramatic mass and volume decline.
#@@#Delivery Details#@#
• Please ensure to handle the product with utmost care.
• Check if the product you have received has all the essential parts and accessories.
• Make sure to examine the product for damage before signing the delivery receipt.
• Contact customer service for delivery concerns.
• Delivery times may vary based on location.#@@#deliverynotes#@#NA#@@#Maintenance Guide#@#Perform daily inspections of seals, paddle assemblies, and control panels for wear or faults. Drain residual liquids and remove noncompostable contaminants after each cycle. Calibrate Dryness Sensing Technology monthly and record parameters to verify dehydration performance. Lubricate bearings quarterly with approved grease and tighten mounting hardware to specified torque. Schedule annual CSA electrical inspection and promptly replace worn gaskets.