ARWA Training Class

 Learning how to file and submit DMR's, MWPP's, and SOP creation and updating

This session focuses on essential environmental compliance reporting and documentation processes. Students will gain practical knowledge and skills in preparing and submitting Discharge Monitoring Reports (DMRs) and Municipal Water Pollution Prevention (MWPP) plans, as well as creating and maintaining Standard Operating Procedures (SOPs). Participants will be proficient in preparing and submitting critical environmental compliance documents and developing robust SOPs. They will understand the importance of these processes in maintaining regulatory compliance and operational efficiency.

Using new technology to evaluate your whole system with reduced time, staff, and costs.

We will explore cutting-edge technologies and methodologies for comprehensive system evaluation, emphasizing efficiency and cost-effectiveness. Students will learn to leverage emerging tools such as AI, IoT, and data analytics to streamline assessment processes across various organizational systems. The curriculum covers strategies for reducing evaluation time, optimizing staff resources, and minimizing costs while maintaining or improving the quality and depth of system analysis. Participants will be equipped to implement innovative solutions that enhance system evaluation efficiency, reduce operational overhead, and drive organizational growth through data-driven decision-making.

Utilizing stand alone SCADA at your remote lift stations and other utility functions.

This session focuses on the application of stand-alone Supervisory Control and Data Acquisition (SCADA) systems for remote utility management, with an emphasis on lift stations and other utility functions. Students will learn to harness the power of SCADA technology to enhance monitoring, control, and efficiency of decentralized utility operations. Participants will be equipped to plan, implement, and manage stand-alone SCADA systems for remote utility functions, enabling improved operational efficiency, reduced site visits, and enhanced system reliability.