ASE&C, is a technology that merges evaporation and crystallization in a single, continuous, optimized, adiabatic and sonic process
☐ Temperature elevation of water to its boiling point under extreme pressure and temperature conditions, with and re-feeding.
extreme conditions of pressure and temperature, with and re-feeding.
☐ Elevation
of water velocity at rates with temperature variations.
separating pure water from salts or other residues quasi-instantaneously.
quasi-instantaneous.
The result is to obtain two products:
☐ High purity water
☐ Dry / crystallized solids.
☐ Process
energy-efficient thanks to the feedback of the steam generated before condensation, with a proprietary
generated prior to condensation, with a proprietary patented design.
☐ Different
energy sources with alternative green energies such as photovoltaic or solar thermal energy and
photovoltaic or solar thermal and waste heat when available.
A disruptive technology enabling the intelligent use of polluted water: it provides a solution to the problems of effluent discharges by addressing the growing demand for clean water and raw and recovery of raw materials.
A disruptive technology enabling the intelligent use of polluted water: it provides a solution to the problems of effluent discharges by addressing the growing demand for clean water and raw and recovery of raw materials.
It can be applied for the separation of any fluid-solid, regardless of its composition, fluid pH, conductivity, or density.
It can be applied for the separation of any fluid-solid, regardless of its composition, fluid pH, conductivity, or density.
Maximizes water generation after reverse osmosis, eliminating brine discharges. Here are its different uses:
*and other industrial uses
Eliminates waste, which it converts into commercial solids, and water suitable for consumption (circular economy), or for legal dumping.
Eliminates waste, which it converts into commercial solids, and water suitable for consumption (circular economy), or for legal dumping.
Eliminates waste, which it converts into commercial solids, and water suitable for consumption (circular economy), or for legal dumping.
Maintaining proteins, hydrates or plasma
Withoutwater scarcity being a problem. Production from wastewater or industrial water, or from desalination, while generating recoverable waste.
Tests have been carried out contaminated water, certified by the CSIC, in which all traces of radioactivity have been eliminated. all traces of radioactivity have been eliminated.
Tests have been carried out contaminated water, certified by the CSIC, in which all traces of radioactivity have been eliminated. all traces of radioactivity have been eliminated.
Fertilizers, salts -lithium, magnesium, etc.-, fine chemicals -poliphenols, flavonoids, antioxidants, etc., metals and raw materials in general, or dehydration of food while maintaining nutritional foodstuffs maintaining nutritional properties: plasma, proteins, carbohydrate recovery, etc. hydrate recovery, etc.
- Fertilizers, salts -lithium, magnesium, etc.-, fine chemicals -poliphenols, flavonoids, antioxidants, etc., metals and raw materials in general, or dehydration of food while maintaining nutritional foodstuffs maintaining nutritional properties: plasma, proteins, carbohydrate recovery, etc. hydrate recovery, etc.
Reduces CO2 footprint
With renewable energies (solar thermal, photovoltaic, wind, etc.) with low consumption. Use of waste heat...
Circular economy
Making 100% use of water production, valorizing solid products such as salts and minerals, among others.
Ecological
Environmentally friendly:
☐ High purity water
☐ Avoid spills / zero waste.
Versatile
Treats
any type of effluent.
☐ Modular design
☐ Optimizes the processes of
osmosis, or wastewater treatment processes without the need for
divestment
