We can effectively clean ponds ranging from 1/8 acre to 10 acres in size.
With proper maintenance post-cleaning, our process can ensure your pond remains in good condition for 15-20 years.
Our system uses hydraulic technology to extract decaying sediment from the pond’s bottom. It targets specific areas efficiently and is environmentally friendly.
No, our method does not require relocating any aquatic life, ensuring minimal disruption to your pond’s ecosystem.
Most properties have sufficient space for on-site discharge. If not, we offer alternative solutions to manage the sludge such as pumping the slurry into a containment bag.
Because the sediment is in a liquid form, it disperses evenly across grass and trees, enriching the soil. It’s highly beneficial for plants and farmers.
We generally inspect only if there are concerns about the discharge area. However, our extensive experience allows us to accurately estimate cleaning time based on pond depth, age, and surrounding foliage. Most discharge site issues can be resolved over the phone.
No, we focus on the deepest areas where sediment accumulates most. Even partial cleaning can significantly improve pond conditions, as demonstrated by a client who only needed one day of service and saw lasting results.
We have removed up to 12 feet of organic sediment in some ponds. Most ponds typically have 1-3 feet of sediment.
Our system can pump sediment up to 2,000 feet, depending on the terrain and elevation.
Costs are determined on a daily basis due to the variability in pond conditions and sediment volume. This approach ensures clients are only charged for the actual time and materials used.
Over time, organic matter accumulates, creating a nutrient-rich compost that leads to excessive algae and weed growth, foul water, and potential fish kills. This natural cycle fills ponds with sediment and can be exacerbated during winter.
While aeration systems can help with gas control, they are less effective at removing sediment. Our system complements aeration by effectively cleaning the pond, making aeration systems more beneficial in maintaining pond health over time.
Mechanical excavators often drain the pond first to handle solidified sediment, which can be costly and disruptive. Our method uses water to efficiently remove sediment in a liquid state, avoiding the mess and high costs associated with heavy machinery. Our approach provides a cost-effective, less invasive solution.
