Membrane Modeling Software is an essential tool for optimizing and designing water treatment plants. Join us for a live webinar presented by the American Membrane Technology Association (AMTA) and American Water Chemicals (AWC) to explore advanced membrane modeling techniques. The session will be recorded and made available On-Demand.
This workshop will teach you how to use a cloud-based Membrane Aqueous Chemistry Calculator for designing water treatment systems, covering everything from basic system setup and scaling potential to post-treatment design and OPEX analysis.
What You’ll Learn:
- Water Analysis: Best practices for water sample collection and evaluation, including charge balance and temperature correction.
- System Design: Basic and advanced design, including hybridization and Closed-Circuit RO.
- Concentrate and Permeate Calculations: How concentrate quality impacts membrane performance and assessing chemical speciation for accurate scaling predictions.
- Maximizing Recovery: Identifying the limiting factors on recovery and how to achieve maximum recovery for substantial water savings.
- Scaling Potential: ROSSEP (Reverse Osmosis Scaling Synthetically Emulated by Precipitation) process, unique scaling indices, predict and mitigate antiscalant overdose.
- Post-Treatment Design: Blending, pH adjustment, corrosion control, calcite contactor, and chemical addition.
- Chemical Dosages: Pre and post-treatment dosages, dilution, and tank sizing. along with OPEX analysis for energy and chemical consumption.
After the webinar, you will be equipped to:
- Design RO/NF systems for a variety of membrane manufacturers and models, including hybrid configurations.
- Calculate blended water quality and pH for multiple water sources.
- Assess scale and corrosion indices to optimize system longevity.
- Maximize System Recovery while effectively controlling scale for primary RO and brine concentrator.
- Evaluate operational expenditure (OPEX) for system efficiency.
- Determine precise dosages for all pre and post-treatment chemicals.
- Design robust post-treatment processes for optimal water quality.
Additionally, we will explore scaling simulations and fine-tuning scaling potential, and case studies.
Don’t miss this opportunity to master membrane system design and optimization!