Other

Alchatek, LLC

Stephen Christopher Barton

Charles Ryan Jordan

James D Slaughter

Kenneth Ray Braunlich, Ii

Colt Allen Hullander

The present disclosure relates to methods of stabilizing a seawall and reducing erosion around a seawall. Disclosed herein are methods of reducing erosion around a seawall, comprising injecting an amount of a sealing material to an injection depth at each of a plurality of spaced locations along a landward side of a new seawall. Also disclosed herein are methods for forming a chemical footer for a seawall comprising injecting a polymeric material to an injection depth from 1 foot to 3 feet below the mudline at each of a plurality of spaced locations along a landward side of a seawall. Additionally described herein are methods for reinforcing a seawall, comprising injecting a polymeric material to an injection depth at a plurality of spaced locations along the landward side of the seawall, wherein the injection depth is substantially at the vertical midpoint between the mudline and the top of the seawall.

Methods to prevent soil erosion and stabilize seawalls

The present invention provides top-bedding that has a head-end delimited by a head-end edge; a foot-end opposite the head-end, the foot-end delimited by a foot-end edge substantially parallel to the head-end edge; at least one pair of opposing sides delimited by side-edges; a first head-end corner and a second head-end corner; and a reversible expansion means for reversibly converting the top-bedding from a closed configuration to an open configuration, the closed configuration being approximately rectangular, and the open configuration having the shape of an irregular, simple polygon, whereby the distance between the first head-end corner and the second head-end corner is greater when the top-bedding is in the open configuration than when it is in the closed configuration.

Growing community of inventors

Atlanta, GA, United States of America

Stephen Christopher Barton