Save days in time for water, industrial, biological and desalination plants design.

EVS Water Plant Designer is a process design and virtual marketplace application for water treatment. You will be able to effectively design a water treatment plant, run all your boundary condition scenarios, generate vendor RFQs and obtain pricing and equipment datasheets, produce a PFD that can be either exported to CAD software, produce a Mass & Heat balance in Excel, produce a process design report in Word, generate a lifecycle evaluation, electrical load schedule, equipment lists and other documentation relevant to process design. The software will size each unit operation or you can choose to specify the dimensioning data.

Every modelling result will provide unit operation sizing data, stream properties, stream concentrations, mass flows, precipitated solids, information about scaling and corrosion and saturation indices. The software predicts solubility in each stream by using a sophisticated speciation engine that has been calibrated and validated for process conditions, also considering the impact of dissolved gases on redox and equilibrium relationships between inorganic species. It will highlight where you might have a process design issue or when you have exceeded a parameter threshold.

You can export the flowsheet, generate a mass & heat balance, chemical consumption tables, process design & modelling reports, operating costs, vendor RFQ's, capital costs, electrical load schedules, equipment lists. There is no vendor lock-in - these documents can be exported either as a .DXF, .XLS, .DOC, .EMF or .PDF depending on the type of deliverable.

Currently, there are over 60 unit operations that are common to water and wastewater treatment. These include from chemical dosing to conventional settling processes such as clarifiers, filters and also membrane systems, thermal systems with electrolytic systems on the way. Unit Operations are split between single feed, dual feed or countercurrent operations like a cooling tower or heat exchanger, mixers, splitters and rotating equipment such as pumps, blowers, compressors. Biological treatment processes are based on the ASM modelling framework and cover the key operations related to aerobic treatment.

You can either speak with our process support by clicking on Contact Support under the Help tab or you can send an email to support@aqmb.net or if your question relates to a particular plant design or modelling result, you can check the box "Shared with AqMB Support" which will generate a support case and one of our process engineers will be assigned to help you.

Consult the Plant Designer manual for a list of unit operations that are currently simulated or consult with a member of the pre-sales team if unsure.