Large-scale water treatment projects require more than a standard off-the-shelf approach. High volumes, diverse contaminants, and strict environmental regulations all demand a solution that is designed with precision and backed by measurable performance data.

TigerFloc has been tested in the field and in controlled environments, demonstrating its ability to reduce turbidity from 500 NTU to 8 NTU in just 30 seconds using only 1 gram of product. In similar tests, contaminant levels measured in parts per million (PPM) were reduced from approximately 200 to 10–15 PPM. These results form the foundation for designing effective treatment strategies across a wide range of industrial and environmental scenarios.

Step 1: Understanding the Water Profile

Every effective treatment plan starts with knowing what’s in the water. In large-scale operations, water can contain:

• Suspended solids from soil disturbance or excavation
• Hydrocarbons from fuel and equipment use
• Metals from industrial processes
• Algae or organic matter from nutrient-rich environments
• Cement washout particles from construction activities

Water sampling and analysis should measure turbidity (NTU), contaminant concentrations (PPM), pH, and temperature. These factors influence dosing and deployment methods.

Step 2: Matching the Solution to the Scale

TigerFloc’s low dosage requirements make it adaptable to projects ranging from hundreds of litres to millions. The goal is to deliver enough product to bind and settle contaminants without overuse, which saves cost and minimises environmental impact.

At scale, this might mean:

• Bulk dosing into treatment ponds or tanks
• Belt or sock deployment for continuous treatment of flowing water
• Portable units for remote sites or temporary setups

Step 3: Selecting the Deployment Method

The method of application depends on water volume, flow rate, and available infrastructure.

Bulk Dosing
Best for treating large containment areas or holding ponds before discharge.

Belts and Socks
Ideal for continuous, passive treatment at discharge points or drainage channels.

Portable Systems
Useful for mobile crews or projects where water treatment needs change frequently.

Step 4: Incorporating Performance Monitoring

Designing a treatment system isn’t just about application — it’s also about verification. Inline turbidity meters, periodic sampling, and jar tests ensure that results are meeting compliance thresholds. Regular monitoring allows quick adjustments to dosing as water quality changes.

Step 5: Building for Environmental Safety

In eco-sensitive areas, it’s not enough to simply meet NTU and PPM limits. Treatment must avoid introducing harmful byproducts. TigerFloc’s non-toxic, eco-friendly composition makes it suitable for use in wetlands, near fish-bearing waters, and other sensitive environments.

Potential Applications for Large-Scale Design

While each project’s treatment plan will be unique, TigerFloc’s properties make it suitable for:

• Tailings pond treatment in mining and oil sands
• Stormwater management in industrial and agricultural settings
• Construction site water management, including cement washout
• Runoff control near protected habitats
• Dugout and pond treatment for agricultural reuse

Conclusion

Designing a water treatment system for large-scale operations is about precision, adaptability, and proven results. By starting with accurate water analysis, choosing the right deployment method, and monitoring performance, TigerFloc can be integrated into a wide range of industrial and environmental applications with confidence. Contact Floc Systems to discuss how TigerFloc can be part of your next large-scale water treatment design.