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VORTA vortex cavitation reactor
We are on a mission to facilitate environmental sustainability through maximum resource utilization. To underpin this ambition we aspire to create a significant impact by enhancing process efficiencies in the manufacturing sector.
We leverage the power of vortex to greatly enhance productivity and resource utilization and aim to extract the utmost value from process assets.
Every manufacturing process dealing with
Flowing Streams
(single or multiphase) has a
Potential to improve its Operating
Efficiency
& to monetize those gains
as well as to reduce
generation of waste streams.
Effective use of resources and energy in the manufacturing sector demands not just gains in productivity but also valorization of waste streams via recover, recycle and reuse.
Loss of productivity in different processes
Reactive Processes
Conversion, Yield,
Selectivity
Non-uniform mixing,
Complex Multiphase
(L/L/G/S)
Residence Time, Energy Intensive, Footprint,
Safety
Purification Processes
Product Extraction
L-L, L-G extraction
Distillation, Mixing
.
Waste Processes
AD efficiency, Emerging
pollutants, efficiency of
W2E, W2R, Footprint
Pre-Processing
Higher Processing Time,
Energy Intensive
Operations
High footprint
Separation Processes
Lower separation Efficiency
Evaporation,
Crystallization
Adsorption, Stripping etc.
Finishing Processes
Cleaning , Etching
Corrosive
Loss of productivity in different processes
Reactive Processes
Conversion, Yield,
Selectivity
Non-uniform mixing,
Complex Multiphase
(L/L/G/S)
Residence Time, Energy Intensive, Footprint,
Safety
Purification Processes
Product Extraction
L-L, L-G extraction
Distillation, Mixing
.
Waste Processes
AD efficiency, Emerging
pollutants, efficiency of
W2E, W2R, Footprint
Pre-Processing
Higher Processing Time,
Energy Intensive
Operations
High footprint
Separation Processes
Lower separation Efficiency
Evaporation,
Crystallization
Adsorption, Stripping etc.
Finishing Processes
Cleaning , Etching
Corrosive
Loss of productivity in different processes
Loss of productivity in different processes
Reactive Processes
Conversion, Yield,
Selectivity
Non-uniform mixing,
Complex Multiphase
(L/L/G/S)
Residence Time, Energy Intensive, Footprint,
Safety
Purification Processes
Product Extraction
L-L, L-G extraction
Distillation, Mixing
.
Waste Processes
AD efficiency, Emerging
pollutants, efficiency of
W2E, W2R, Footprint
Pre-Processing
Higher Processing Time,
Energy Intensive
Operations
High footprint
Separation Processes
Lower separation Efficiency
Evaporation,
Crystallization
Adsorption, Stripping etc.
Finishing Processes
Cleaning , Etching
Corrosive
Chemical Processes
Conversion | Waste | Extraction
Pharmaceuticals
OpEx | Refractory Pollutants
Textile Processes
Key Pollutants, Conversion, OpEx
Today’s Customers in manufacturing sector …
Barriers to innovation
Lack of knowledge on emerging technologies
Risk-averse attitude
Excessive time scales to adopt innovation
The manufacturing industry is under ever-increasing pressure to meet competing demands due to
Transition to
Circular Economy
Aging
infrastructure
Compliance
Constraints
Increasing
competition
The industry is actively searching for innovative solutions to achieve continuous improvement while addressing climate change and promoting overall sustainability.
VORTA is a key enabler to maximize the operational efficiency at large-scale.
VORTA does the most challenging work on maximizing the resource utilization to make it easier for our Customers to do the right things and help them realize the Circular Economy
With our climate friendly vortex technology, VORTA, we unlock the hidden gains in process streams.
For Illustration
For Illustration
