RESEARCH ENGINEERING
From scientific research we obtain the information that allows us to carry out the technological applications that we call processes. Aguambiente has a team of scientists and technologists who develop and parameterise them. Depending on the client’s needs, some of the following objectives will prevail:
– Effectiveness
– Low operating cost
– Guarantee of level met.
– Waste reduction.
– Adaptation of the investment to the financial or growth possibilities of the industry.
Managing processes and objectives allows us to obtain the best solution.
Managing processes and objectives allows us to obtain the best solution
Fadar®
Physical-Chemical Process with High Performance Dissolved Air Flotation. Reduction of up to 99% of suspended solids.
H – Bio®
Combination of the homogenisation process with the biological process within the same reactor, followed by physico-chemical treatments with dissolved air flotation to achieve simplified treatment processes for discharges to sewers.
Double and Multiple Bio
Space-optimised chain-flow reactor systems that optimise space to achieve high output efficiencies; whether or not incorporating nutrient removal stages.
Bio – Ring®
High-performance biological combining the classical structure of aerobic biological processes with piston flow and complete mixing. Ideal for achieving resistance to toxic contaminants and high output performance with low reactor volumes.
Activated Sludge Processes
Process in which the wastewater together with the bacteria and oxygen supply. They are mixed in a tank with sufficient retention time for organic matter degradation to occur.
Dehydration
Systems to achieve sludge dryness and sludge properties suitable for management by an authorised agent. Systems such as filter presses or centrifuges are used.
Fadar®
Physical-Chemical Process with High Performance Dissolved Air Flotation. Reduction of up to 99% of suspended solids.
H – Bio®
Combination of the homogenisation process with the biological process within the same reactor, followed by physico-chemical treatments with dissolved air flotation to achieve simplified treatment processes for discharges to sewers.
Double and Multiple Bio
Space-optimised chain-flow reactor systems that optimise space to achieve high output efficiencies; whether or not incorporating nutrient removal stages.
Bio – Ring®
High-performance biological combining the classical structure of aerobic biological processes with piston flow and complete mixing. Ideal for achieving resistance to toxic contaminants and high output performance with low reactor volumes.
Activated Sludge Processes
Process in which the wastewater together with the bacteria and oxygen supply. They are mixed in a tank with sufficient retention time for organic matter degradation to occur.
Dehydration
Systems to achieve sludge dryness and sludge properties suitable for management by an authorised agent. Systems such as filter presses or centrifuges are used.
UASB Anaerobic
Upflow Anaerobic Sludge Blanket Anaerobic upflow reactors. Reactors with low operating costs for treatments with high concentrations and high soluble load.
Polishing
Treatments that achieve treatment refinement to reduce loadings to allowable discharge levels where these are very stringent. Dissolved air flotation systems, filtration systems.
UASB Anaerobic
Upflow Anaerobic Sludge Blanket Anaerobic upflow reactors. Reactors with low operating costs for treatments with high concentrations and high soluble load.
Polishing
Treatments that achieve treatment refinement to reduce loadings to allowable discharge levels where these are very stringent. Dissolved air flotation systems, filtration systems.