Outcome — Frankston
Reduced Sediment & Algae in Frankston, TX
Healthier water year-round.
Dredging restores depth, which restores circulation. Combined with shoreline stabilization to stop fresh sediment entering, your lake gets clearer water and fewer algae blooms over time.
Reduced Sediment & Algae in Frankston: what to expect
The southern Lake Palestine coves around Frankston sit at the tail of the upper Neches drainage, so fine sediment drops out here first — depth falls, circulation slows, and the warm, still shallows feed algae in July and August. Dredging reopens the water column and breaks that chain, but it only holds if the eroding bank that feeds the cove gets stabilized in the same pass.
- We dredge before setting any bulkhead so the cleared bottom becomes the new baseline, then hold the bank to keep a fresh sediment load from refilling the cove.
- Before-and-after depth probes document the volume removed and give a measurable baseline for the next UNRMWA inspection cycle.
- On coves shared by several lots, we recommend one coordinated dredge-and-stabilize scope across the whole cove head rather than lot-by-lot patches that leave the sediment source intact.
- UNRMWA's shoreline-alteration permit can cover the dredge and the associated bulkhead together — one application, one review cycle.
- Cutting out the shallow sediment shelf also shrinks the warm, stagnant water zone where the summer blooms get started.
How this plays out around Frankston
Frankston sits at the southern end of Lake Palestine in Anderson County — a small-town footprint with one of our most active cove-dredging markets and a strong slate of mid-size dock and lift builds.
South Lake Palestine coves silt in faster than the main body — the Anderson and Cherokee county sides see fine sediment buildup from the upper Neches drainage, and many lots run a 10–15 year dredge cycle. UNRMWA permitting applies to anything in the shoreline jurisdiction, and we coordinate the shoreline-alteration packet on every Frankston dredge. Bulkhead replacements are a common pairing — stabilizing the bank at the same time prevents fresh sediment from washing right back into the just-cleared cove.