The upcoming webinar, pH Adjustment Systems Design, will focus on the critical need for effective pH adjustment across industries to ensure compliance with discharge regulations. While limits vary by region, the consequences of non-compliance—environmental damage and fines—are universal. Effective pH treatment systems are essential to prevent effluent excursions.

Key Topics Include:

Core Capabilities

• Automated pH Control: Real-time pH monitoring and adjustment using advanced sensors and controllers with precise chemical dosing via continuous feedback loops.
• Chemical Dosing Systems: Acid/base dosing systems with VFD pumps for accurate, efficient chemical injection.
• Customizable Design: Modular and scalable solutions for varied flow rates and applications, from small to large industrial or municipal systems.

Performance Features

• High Efficiency: Rapid response to pH fluctuations with minimal chemical usage and optimized mixing for fast neutralization.
• Reliability: Durable components, redundant systems for uninterrupted operation, and maintenance support.
• Flexibility: Compatible with diverse pH levels, chemicals, and batch or continuous flow processes.

Technology and Integration

• Advanced Controls: PLCs with user-friendly HMIs and SCADA system integration for remote monitoring.
• Data Management: Real-time logging of pH, flow rates, and chemical usage, with automated compliance reporting.
• IoT Compatibility: Cloud-based monitoring, diagnostics, and predictive maintenance alerts.

Safety and Compliance

• Environmental Compliance: Adherence to regulations with controlled neutralization to prevent harmful discharges.
• Safety Features: Leak detection, containment systems, and emergency shutdown capabilities.

Applications

• Industrial: Effective for wastewater from manufacturing, chemical processing, and mining.
• Municipal: Ideal for public water treatment and stormwater management.
• Specialized Uses: Handles effluents with variable pH and chemical composition.