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There are as many reasons for building a natural pond and there are designs and options for customization.
For many decorative and recreational ponds, gaining some water during rainy seasons and losing a few inches during a hot summer has relatively little overall effect.
Few other ponds have the stringent demands for liner durability and damage resistance of processing ponds.
With such sensitive material being handled in the leaching pad and processing pond system, it’s not surprising that many states require these facilities to integrate constant leak detection systems.
While most mining facility managers focus their attention primarily on the processing ponds used for mineral and ore recovery, the collection and transportation ditches connecting the ponds together are just as important.
Sizing is slightly more complicated for processing ponds using in the mining industry than for other types of water features.
The entire hydrometallurgical process begins with a bulk collection of the raw materials containing the desired ore or mineral.
Processing ponds, whether they’re designed to hold pregnant or barren solutions, require durable liners you can count on.
It’s a common misconception that ores are mined directly from rock in a pure form.
Catch basins are often replaced every decade or so in busy areas where storm water systems take a lot of heavy use.
Catch basins are prone to the water loss known as seepage just like many concrete lined water features.
Municipalities with natural or manmade waterways offer convenient opportunities for dealing with stormwater.
Even the best designed catch basins need regular maintenance to work properly.
When you go the extra mile to build a catch basin from scratch, you’ll want to address the specific shortcomings of most precast models.
Despite being just a small part of the larger storm water management plan, the catch basin itself is complex enough to contain multiple important parts.
While catch basins are essential for capturing debris and consolidating surface runoff, they’re just one part of a much larger system.
Storm water is often treated as a nuisance rather than an important resource.
The thickness of any particular liner, including pond liners, is generally measured in mils.
Pond liner selection needs the most attention when you’re planning to add fish and plants to your finished pond.
It’s easy to assume that a single layer of pond liner is all you need to keep water in and protect your pond from erosion.
Even once you’ve narrowed down your liner choices to a flexible material, you’re still left with plenty of options.
Some pond liners work well for all uses, but others are strictly limited to specific applications.
When aiming to mimic a natural environment for rapid growth of valuable fish or plants, it’s tempting to choose natural pond lining materials over flexible plastic liners.
Concrete is often portrayed as a permanent or nearly indestructible option for lining your pond. However, it’s not quite as durable or easy to use for pond lining as you might assume.
Large commercial ponds require some kind of flexible or poured-in-place liner since they’re simply too large to cover with a pre-cast cover.