Rainwater Harvesting System Monitoring and Treatment Optimization

自1982年以来，InterPump一直提供前沿技术，是一家充满活力和多元化的加拿大公司，为加拿大各地的客户提供各种泵应用、水处理系统、雨水收集成套系统和定制工程泵成套解决方案的解决方案。目前，在日益增长的环境可持续性担忧的启发下，快速发展的法规正在改变InterPump的客户需求。对水管理战略和新技术的需求正在推动对雨水收集和水再利用系统的需求。作为回应，InterPump正致力于通过研发和设计创新，成为雨水和水再利用市场的思想领导者。与Lambton College的Lambton Water Centre(LWC)合作，分析蓄水池的水质，评估当前的非饮用水使用率，并评估大多伦多地区(GTA)各种用途的处理系统的效率。该项目将使InterPump能够更好地了解蓄水池的原水质量，量化各种应用中的雨水使用率，确定设计需求，并利用在各种教育媒体调查期间收集的数据，包括白皮书、案例研究、网站内容和设计指南。通过了解非饮用水系统的用水量和整个GTA蓄水池的原水质量，它将帮助InterPump优化产品设计，建立雨水收集系统的设计、使用和运营的最佳实践，并帮助引导社区走向更可持续的水管理道路。

Providing leading edge technology since 1982, Interpump is a dynamic and diverse Canadian company offering solutions for various pump applications, water treatment systems, rainwater harvesting packaged systems, and custom engineered pump packaged solutions to its clients across Canada. Currently, rapidly evolving regulations inspired by growing environmental sustainability concerns are changing Interpump's customers' needs. The need for water management strategies and new technologies is driving the demand for rainwater harvesting and water reuse systems. In response, Interpump is focusing its efforts to become thought leaders in the rainwater and water reuse market through research and development, and design innovation.In collaboration with Lambton College's Lambton Water Centre (LWC) to analyze water quality in cisterns, assess current non-potable water usage rates and evaluate the efficacy of treatment systems for its various uses across the Greater Toronto Area (GTA). This project will allow Interpump to better understand the raw water quality of cisterns, quantify rainwater usage rates in various applications, identify design needs, and utilize data collected during investigation in various educational mediums including white papers, case studies, website content, and design guidelines. By understanding the water usage of non-potable water systems and the quality of raw water in cisterns across the GTA, it will help Interpump optimize product designs, establish best practices for design, use and operation of rainwater harvesting systems, and help lead communities towards a more sustainable water management path.