Brain CYCLOVAP Cyclonic Evaporator Water Treatment System
The CycloVap* is a unique, new evaporator
The Cyclonic Evaporator (CycloVap*) is a highly innovative, patented, and environmentally friendly evaporator which is set to
revolutionize the way evaporators have been perceived within industrial and engineering communities
- Thin liquid films, generated by the ISG*, produce high heat transfer coefficients.
- Handles viscous and scaling products.
- Energy input may be from many sources including an option for vapour recompression.
- Multiple effect systems reduce energy input.
- Capital cost is typically as much as 30% less than equivalent evaporators.
- Footprint is reduced by as much as 90% over comparative evaporators.
- Recovery and reuse of de-mineralized water from process or waste streams.
Concentration of dilute products or wastes for reuse.
Process Capacity: 1m3 – 30m3 hr
Height : 2.2m
Width : 2m – 6m
Length : 3.5m – 10m
Weight : 1500kg – 8000 kg
Material : Stainless Steel 316
Brain (CYCLOVAP) Cyclonic Evaporator Water Treatment System
Disposal Without CYCLOVAP
Price correct at 2014 rates (Provided by Waste Disposal Service company)
Water Disposal Cost With CYCLOVAP
Price correct at 2014 rates (Provided by Waste Disposal Service company)
Who Uses a CYCLOVAP?
- Oil terminals & tank farms
- Garages & fuel stations
- Ships & Dockyards
- Factories
- Ground remediation contractors
- Anywhere where oil or other non-soluble products are handled or stored.
How Does it Work?
The CycloVap* is a unique, new evaporator. Its’ design is based on traditional rising or falling film evaporators of the plate or tubular type. Due to greatly enhanced heat transfer coefficients and the ability to handle viscous and scaling materials without the premature loss of performance, the CycloVap* has solved the problem of high energy usage that has plagued other evaporators in the
past.
Waste Minimisation
- Thin liquid films, generated by the ISG*, produce high heat transfer coefficients.
- Handles viscous and scaling products.
- Energy input may be from many sources including an option for vapour recompression.
- Multiple effect systems reduce energy input.
- Capital cost is typically as much as 30% less than equivalent evaporators.
- Footprint is reduced by as much as 90% over comparative evaporators.
- Recovery and reuse of de-mineralized water from process or waste streams.
- Concentration of dilute products or wastes for reuse.