Geotechnical
Following are a number of the
multiple uses for ES&C in the sphere of geotechnology:
- Allows economical modification to marine
terminals
- Allows increased dockside draft
- Reduces lateral thrust/bending moments
- Allows free drainage and control of
in-place density
- Minimizes dead loads
- Free draining helps minimize hydrostatic
potential
- More planters and levels can be added
- Easy to transport and install
- Reduces soil thrust and bending
movements
- Reduces forces against abutment and end
slope
- Allows free drainage
- Improves embankment stability
- Reduces dead load on existing structures
- Easy transportation and installation
increase productivity
- Precise gradations allow for a uniform
and controlled in-place density
- Allows unusable land to be reclaimed and
developed
- Design elevations are achieved with low
fill weight
- Low fill weight increases slope
stability
- Controlled gradations assure uniform and
consistent in-place density
- Long-term settlement is controlled and
reduced
- Controlled fill allows uniform load
distribution
- Substantially reduces ground
movement-induced stresses on buried pipes and structures
- Counteracts frost heaving, resists
freeze/thaw cycles and highly insulative
- Inert, non-corrosive and stable
- Reduces dead loads on buried structures
- Allows construction of higher fills
- Minimizes hydrostatic potential
- Provides thermal insulation to
underground facilities
- Economic alternative to flowable fills
- Inert; high chemical stability
- Reduces dead loads on pipes
- Allows free drainage of leachate/water
- Acid insoluble
Case Studies
Backfilling With Lightweight Aggregate

Featured Projects
SH 360 - Tarrant County, Texas

White Papers
ESCS Lightweight Soil Mechanics – Properties and Applications