Technology
IngeliaHTC patented technology represents an opportunity to convert organic waste into a profitable and sustainable business.
Modular and scalable
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Simple design with CE certificate
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Delivered as plug&play
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Automated process control
Feedstock flexibility
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Processes different types of organic waste
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Recovers more than 98% of carbon and nutrients
Concpet Biochars
Material recovery of waste
Similar biochar quality for different input biomasses
Self-sufficient in thermal energy
Consumes less than 33% of the energy consumed compared to conventional thermal drying
Low cost operation
Without additional additives
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The Ingelia model
Ingelia's model represents an opportunity to turn each biowaste treatment into a profitable and sustainable business
HTC effluents
Hydrochar
Hydrochar
HTC effluents
Input materials
Ingelia's HTC plant can process various organic wastes, significantly reducing treatment costs. It is a fast process (6-8 hours) that avoids long and costly storage of waste. In addition, it is possible to mix waste to adjust the quality of the process.
Input materials
Ingelia's HTC plant can process various organic wastes, significantly reducing treatment costs. It is a fast process (6-8 hours) that avoids long and costly storage of waste. In addition, it is possible to mix waste to adjust the quality of the process.
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HTC Ingelia plants
Ingelia's HTC plant processes mixtures of organic waste from different origins and humidity levels without prior pre-treatment.
It also prevents odour problems and reduces waste transport, allowing for more economical and sustainable management.
Input materials
The plant is modular and scalable.
Plant size adjusted to available residue.
Automated process.
Without external thermal energy needs.
Short return on investment.
The HTC Plant
The hydrochar produced is a high-value solid bioproduct, rich in carbon and hydrogen. This guarantees a wide and diversified market demand, complying, among others, with the specifications of ISO/17225/8.
HTC liquid effluent has a valuable bionutrient content, and can be used as a fertilizer or as a substrate in anaerobic digestion plants, increasing methane production.
Products obtained
Thanks to the efficiency of the process and the post-treatment systems included in the plant, the quality of the hydrochar is homogeneous and adapted to the specific use of each industry.
Input materials
Ingelia's HTC plant can process various organic wastes, significantly reducing treatment costs. It is a fast process (6-8 hours) that avoids long and costly storage of waste. In addition, it is possible to mix waste to adjust the quality of the process.
Input materials
Ingelia's HTC plant can process various organic wastes, significantly reducing treatment costs. It is a fast process (6-8 hours) that avoids long and costly storage of waste. In addition, it is possible to mix waste to adjust the quality of the process.
Input materials
Ingelia's HTC plant can process various organic wastes, significantly reducing treatment costs. It is a fast process (6-8 hours) that avoids long and costly storage of waste. In addition, it is possible to mix waste to adjust the quality of the process.
Input materials
Ingelia's HTC plant can process various organic wastes, significantly reducing treatment costs. It is a fast process (6-8 hours) that avoids long and costly storage of waste. In addition, it is possible to mix waste to adjust the quality of the process.
Input materials
Ingelia's HTC plant can process various organic wastes, significantly reducing treatment costs. It is a fast process (6-8 hours) that avoids long and costly storage of waste. In addition, it is possible to mix waste to adjust the quality of the process.
Input materials
Ingelia's HTC plant can process various organic wastes, significantly reducing treatment costs. It is a fast process (6-8 hours) that avoids long and costly storage of waste. In addition, it is possible to mix waste to adjust the quality of the process.
