In this video, we explore the process of designing a Reverse Osmosis (RO) system. We'll guide you through selecting the feed water, emphasizing the differences among RO water subtypes. After confirming that our water is charge-balanced, we’ll dive into designing the RO system.

In this video, we’ll design a reverse osmosis (RO) system using the RO main design screen. We’ll create a single-pass, three-stage wastewater treatment system by selecting the FilmTec™ element for all stages. After setting the recovery rate, we’ll review the flux values and assess whether additional pressure vessels are needed. Finally, we’ll finalize the design and generate a report.

In this video, we explore the design of a system with pressure vessels and stages. We will show how determine the number of vessels needed and generate a report highlighting flow rates, diagrams, and customizable tables. While the summary shows no warnings or issues, we note a positive Langelier Saturation Index (LSI), suggesting we might need to add antiscalant or adjust the pH to prevent scaling. 

In this video, we guide you through designing a reverse osmosis (RO) system for seawater. Learn how to configure recovery rates for Pass One and for Pass Two and see how to recycle concentrate effectively. We’ll adjust the number of pressure vessels to ensure optimal performance. 

In this tutorial, we will guide you through addressing design warnings for the seawater system in WAVE PRO. We will demonstrate how to use the ISD feature, which lets you select the exact element for each position in the pressure vessel. Be sure to check the design report to ensure there are no warnings, and to observe the improved flow rates and water quality.

In this video, we'll explore the report screen features and how to evaluate your system's performance by adjusting the design temperature. You'll learn how to identify potential issues with warnings and what improvements may be needed. We'll also show you how to save your RO permeate water for future designs and demonstrate how to manage your water streams.   

In this video, we guide you through designing a reverse osmosis (RO) system for seawater. Learn how to configure recovery rates for Pass One and for Pass Two and see how to recycle concentrate effectively. We’ll adjust the number of pressure vessels to ensure optimal performance. 

We will guide you through the secure access process, empowering you to model your ultrafiltration projections effectively and confidently.

In this video, we’ll show you how to manage your project list effectively. Discover valuable tips for sorting your projects and learn how to assign them based on segment or technology for enhanced organization and efficiency. 

This video will explore the home screen and guide you effortlessly through the menu. You'll learn to create new projects, import existing ones, organize your work in different folders, and much more. 

In this informative video, you'll discover how to create a new project step by step. We'll cover the essential details you'll need to provide, and you'll learn how to effectively filter your project list for easier navigation. Additionally, we'll demonstrate how to adjust specific settings, including currency and units, to tailor your project to your needs. 

This video will guide you through the design screen, highlighting how to access files efficiently, customize project settings, and refine various options to suit your needs. Additionally, we will delve into the chemical library, providing a step-by-step demonstration of how to add a new chemical seamlessly. 

In this video, we will explore the system design screen for selecting ultrafiltration for your system. Watch as we demonstrate how to specify the feed water rate effectively and effortlessly to create a comprehensive system layout. 

In this guide, we’ll walk you through the Feed Setup window, demonstrating how to effectively adjust vital feed parameters such as water type, suspended solids, and more. You’ll also learn how to input your water composition accurately. We’ll explore the water library, a valuable resource designed to help you identify and optimize your feed water type seamlessly.

We will review the main aspects of ultrafiltration configuration, including constant operating flux and constant system output. We'll discuss selecting the right UF module and determining how many units and modules you'll need. Additionally, we will share tips on effectively configuring your systems.

This video will guide you through designing an ultrafiltration system. We’ll walk you through the diagram, which updates in real time as you enter the settings and it’s main values.

Get ready to dive into our cleaning protocols with this short video! We’ll look closer at the essential processes of Backwash, CEB, and CIP, ensuring you understand each step in detail. 

In this video, we will explore additional setting screens designed to enhance the accuracy of your ultrafiltration system calculations. By utilizing these features, you can precisely calculate your pressure drop, optimize chemical storage time, and manage various tank specifications. If you're conducting a pilot project, entering specific data will help you to achieve more accurate energy calculations. 

In this video, you'll discover how to efficiently create a tailored report that highlights the data most relevant to you. You'll have the flexibility to select and adjust the data according to your preferences, ensuring the report meets your needs perfectly. Plus, we'll guide you through the process of downloading the report and sharing it seamlessly with other WAVE PRO users. 

Get ready for our guide to launch an Ion Exchange (IX) project! We’ll cover entering essential details, adding notes, and choosing the right units of measurement, including custom metrics. Once you’re set, creating your project is easy! On the WAVE PRO home screen, specify your feed water and input your chemistry details for ion exchange. 

This tutorial explains how to use the feed water screen and enter your feed water chemistry for ion exchange. Accurate input of water composition is crucial for effectively removing specific ions and ensuring optimal performance.

The video provides an overview of the initialization screen for Ion Exchange Designs, which consists of six steps. It focuses on creating a new plant design with one operational train and one standby train. Users can choose between a fixed runtime or specify parameters like flow velocity to determine the runtime. 

In this video, we will walk through a vessel and regeneration system where you can customize the arrangement of different resins. You can choose between cation and anion resins, decide if they are in separate vessels, and select the configuration of the cation vessel. Additionally, there's an option to view a system diagram for verification.

This video explains how to select the right resin for your water project and how the WAVE PRO tool can provide recommendations based on vessel type, regeneration system, and the specific resin you should choose.

The video guides on selecting the appropriate chemicals for regeneration, detailing the criteria for choosing both anion and cation resins. It also discusses the tool's role in determining the suitable type of water for backwashing and considers regional factors.

The video guides using the advanced regeneration screen, which is prefilled with input results from prior screens. It focuses on how to indicate whether backwashes are being performed.

This tutorial covers the Product Quality and Regenerant Dose Screens, which are the final steps before generating a report in WAVE PRO. It will outline the necessary information to provide, including the target for sodium leakage and other details.

The video focuses on the functionality of the customizable WAVE PRO report for IX. Users can select specific tables to display, tailoring the report to their needs. The report begins with an overview diagram of the system, followed by insights on hydraulics, resins, vessels, and water quality. 

The final parameter adjustment screen allows customization after running your report. It displays the volume of resin, selected vessel diameters, the amount of resin used, and the recommended cylindrical height for the vessel. You can adjust these values and run a new report. Additionally, you have options to download, print, or securely share the report with other WAVE PRO users.

In the video, the process of creating a mixed bed polisher project using WAVE PRO is detailed. It covers navigating through the software screens, choosing the appropriate resin and criteria, generating a report. It offers tips for accurate calculations to ensure a valid design for the mixed bed polisher.