Take Control of your Flow

Equipment designed for specific parameters will operate inefficiently, leading to increased wear and potential failures  and reduced system performance.

Turbulent flow can cause increased noise and vibration in the system, which can be problematic in environments where noise levels need to be controlled. 

Air pockets or bubbles created by turbulence in the water (air volume) can lead to cavitation, which can cause damage to pumps and other components. Additionally, air in the system can reduce the effective flow rate of water, leading to inefficiencies. 

• Water Boosters & Pumps: Wear and tear can cause leaks and reduce lifespan.
• Water Heaters: Sediment buildup and scale formation reduce efficiency and lifespan.
• Laundry Equipment: Lime scale deposits increase detergent usage and wear.
• Dish Washing Machines: Inconsistent water flow causes inefficient cleaning and wear.
• Ice Makers: Scale buildup clogs the system, leading to inefficient ice production.

Managing turbulence and air volume requires regular maintenance to ensure that air separators and deaerators are functioning properly, adding to the overall maintenance burden.  

• Water Efficiency: Higher consumption leads to increased water costs.
• Contaminant Transport: Poor water flow can spread contaminants, affecting residents' water quality and health.
• Maintenance: Increased wear and tear on plumbing systems, leading to higher maintenance and replacement costs.
• Tenant Satisfaction: Inconsistent water pressure and quality can lead to tenant dissatisfaction and higher turnover rates.

• Water Safety: Impact on the safety and quality of water, critical for patient care, leading to potential liability and increased healthcare costs.
• Emergency Preparedness: Robust plans needed to handle poor water flow, requiring additional resources and training.
• Contaminant Removal: Essential for preventing infections, resulting in higher operational costs and potential healthcare complications.

•  Infrastructure Stress: Potential failures and increased maintenance costs.
• Water Conservation: Crucial for reducing waste, leading to higher initial investments in conservation technologies but lower long-term costs.
• Operational Efficiency: Improved by ensuring smooth water flow, reducing downtime and increasing overall productivity.
• Municipality Responsibility: Municipalities are responsible for water delivery; you are responsible for efficient use and management of water after the meter.

• Water Efficiency: Higher consumption leads to increased water costs, inefficient equipment, and services (e.g., spa, pool, ice, laundry). Unhappy guests may experience weak showers, leading to complaints and bad reviews. 
• Contaminant Transport: Hindrance in contaminant removal, affecting water quality and potentially increasing health-related expenses.
• Maintenance: Increased wear and tear on plumbing systems, resulting in higher maintenance and replacement costs.

For businesses like car washes, water parks, and breweries, efficient water use leads to increased profitability by reducing operational costs and improving service quality.

• Energy Dissipation: Energy loss leads to higher operational costs and increased energy bills.
• Contaminant Distribution: Complicated purification processes result in higher treatment costs and potential product quality issues.
• System Design: Need for specialized designs to manage poor water flow, leading to increased initial investment and ongoing maintenance expenses.
• Equipment Performance: Insufficient or sporadic water flow leads to downtime, increased maintenance costs, and decreased production 

The cumulative effects of reduced efficiency, increased energy consumption, and potential equipment damage can lead to decreased system reliability and a shorter lifespan for the equipment.