Valorise food by-products/ food waste into high value resources

SQ Super-Quick Drying Technology from SINGNERGY - Enhancing the drying process through a combination of heating and compression to maximize drying efficiency while significantly reducing energy consumption, effortlessly transforming high-moisture materials into dry products in less than 18 minutes.

 

The SQ Super-Quick Drying Technology enables the easy conversion of organic waste into stable and harmless dry products that can be stored for extended periods and used when needed. By utilizing rapid drying technology, the maximum calorific value and nutritional content of biomass can be preserved due to the extremely short heat contact time. Wet waste from food, agriculture, wet waste from food processing plants, and animal and livestock manure can all be processed. By drying by-products from food processing plants, they can be converted into high-value regenerated food or feed. Blended food waste, agricultural waste, and livestock manure, once dried, become high-quality biomass fuel. We transform them from costly disposal burdens to valuable new sources of income.

 

As natural resources deplete and waste generation increases, the conversion of wet organic waste into renewable resources in the form of refuse-derived fuel (RDF) becomes increasingly prominent. Conventional food waste disposals methods such as incineration and landfilling have been proven to be polluting and inefficient, while SINGNERGY drying machines can produce high-calorific biomass. The short duration of heat contact preserves the highest thermal energy from wet organic feedstock, generating premium biomass for energy production processes.

 

Efficient drying systems for food waste management reduce the environmental burden of the food supply chain while providing additional value, reducing the carbon footprint of existing processes, and decreasing reliance on fossil fuels. High-quality biomass can be more efficiently utilized for on-site power generation through gasification systems, supplying on-site use, or feeding excess electricity back into the grid.

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REVOZ SQ Induction Dryer

SQ Dryers intensify the drying process using heat and compression in an Energy, Time and Space efficient manner.

Key Features & Benefits

• Energy efficient with small carbon footprint

  • Electric-powered induction heating, one of the most energy efficient heating systems.
  
  • Drying in the absence of heat transfer medium (steam, hot air or thermal oil), eliminates heat loss to the environment.

• Compact and small footprint for easy retrofit into production lines

  • No external boilers or heaters.
  
  • No messy piping or ducting and circulation pumps or fans, making installation simple, neat and clean.

• Produce the best quality in end products

  • Super quick drying in 10 to 18 minutes conserve superior levels of nutrition, aroma, and heat value.
  
  • Multiple temperature control allowed within a dryer, responsive to temperature setting changes to meet dried product requirements.
  
  • Sterilization

• Increase productivity

  • Instant heat up, heats up from ambient to operating temperature in seconds.
  
  • Fast system cools down reduces maintenance time and minimizes disruptions to production.
  
  • Pre-set settings for multiple applications in one machine enable easy production changeover.
  
  • Single-pass operation that avoids back mixing of dried product with wet feed.
  
  • Fully automatic smart system.

• Treats almost all kinds of wet organic
  & inorganic substance

Operating Principles and Specifications

• Inbuilt induction heater
• No heat transfer medium (hot air,thermal oil, steam etc.,)
• Direct translation of heat from inducted belts to wet substance
• Wet substance held and compressed between two belts
• Double sided heating
• Instant heat up and changes in temperature
• No standby heat
• Compact & easy setup
• No dust emission

Model	RZ-108.07
Belt width[mm]	700
Throughput [kg/h]	25
Water removal capacity [kg/h]	17
Width W [m]	1.44
Length L [m]	2.78
Height H [m]	1.80
Weight [metric ton]	2.3

ㆍ Actual throughput and energy consumption depends on input substance characteristics,input conditions and output requirements.

ㆍ The throughput is estimated with input of 70% mc and output of 10% mc.

ㆍ The model and specifications are subject to change without prior notice.

Application range