Hydromulch, hydroseed stabilization, and silt fence for construction sites, developments, and industrial facilities across the Golden Triangle — installed to hold through Gulf Coast rain.
We install erosion and sediment control across Southeast Texas for general contractors, developers, industrial facilities, and property owners. Slopes, ditch lines, retention ponds, pipeline corridors, and open disturbed ground — stabilized with hydromulch, hydroseed, and silt fence, sized to the site and the rainfall it's going to take.
These get used interchangeably on job sites, but they're two different jobs and inspectors look for both.
| Erosion control | Sediment control | |
|---|---|---|
| What it does | Stops soil from moving at all | Catches soil already moving |
| How | Slope stabilization, mulch blanket, vegetative cover | Silt fence, wattles, sediment basins |
| Where it works | At the source — the exposed surface | At the perimeter — the exit point |
| Over time | Improves as roots establish | Needs upkeep; fills and must be maintained |
Sediment control is the safety net. Erosion control is the actual fix. A site relying only on silt fence is asking a fence to hold back an entire slope every time it rains, and eventually it doesn't. Getting cover established on the exposed surface takes the load off everything downstream.
Most commercial sites here operate under TCEQ's Construction General Permit, TXR150000. The thresholds that usually matter:
We're the contractor who installs and maintains the physical controls — we don't write SWPPPs or act as your compliance consultant. Requirements vary by site, acreage, receiving water, and municipality, and they change. Confirm what applies to your project with TCEQ or whoever prepared your SWPPP. What we'll tell you honestly is whether the stabilization approach you're planning will actually hold on your soil and your grades.
Erosion control here has to survive conditions that a spec written for another part of the country doesn't account for.
The soil works against you. Much of this region sits on the Beaumont Formation — heavy, poorly drained clay with very slow permeability. It's so characteristic that the USDA named a soil series after Beaumont itself. That clay doesn't absorb rain at anything like the rate it falls, so water doesn't soak in, it runs. On a disturbed slope, that runoff is what carries your grade downhill.
The rain arrives all at once. Southeast Texas doesn't get gentle, distributed rainfall. It gets intense events that dump inches in hours, and hurricane season adds a category of event that no perimeter control handles alone. Stabilization sized for average rainfall is stabilization that fails on the day it matters.
The ground is flat, which makes drainage concentrate. On terrain this flat, water doesn't disperse — it finds the low line and channels. That's why ditch lines and swales scour out here while the ground beside them stays put.
The practical consequence: tackifier rates and mulch loading that are adequate elsewhere are marginal here, especially on fresh cut slopes. We spec for what actually falls on this coast.
A sprayed mulch blanket bonded with tackifier. It protects the surface immediately on curing — before any seed germinates — which covers the gap that usually causes the first washout. The standard call for fresh cut slopes and any area that needs to be protected now rather than in three weeks.
Seed, mulch, fertilizer, and tackifier in one pass. This is the long-term answer: once roots take, the slope holds itself and the protection stops being something you maintain. Sprouts typically in 7 to 14 days.
Perimeter sediment control, trenched and keyed in properly. Most failed silt fence we see wasn't installed badly on the surface — it was never keyed into the ground deeply enough, so water simply ran underneath it. More on silt fence.
Stabilizing the paths water already takes. Channels concentrate flow and scour, so they need heavier treatment than the flat ground around them.
Pond banks and side slopes are among the most erosion-prone features on any site — they're steep, they're exposed, and they sit right at the water. We stabilize the slopes so the pond keeps its designed capacity instead of slowly filling with its own banks.
For large disturbed areas and haul routes where airborne dust is the problem rather than waterborne sediment.
Established vegetative cover for permit closeout at the end of a project.
The Golden Triangle — Beaumont, Port Arthur, and Orange — holds one of the largest petrochemical, refining, and manufacturing complexes in the country. That concentration means a steady volume of construction, expansion, and turnaround work, and every bit of it disturbs ground that has to be stabilized afterward.
We work with industrial and petrochemical facilities across the region and with the contractors who serve them. Typical scopes:
Plant work runs on schedule and access constraints more than anything else. We're local — based in Hardin County, working this region every week — so mobilizing quickly for a window that opened up isn't a logistical problem for us the way it is for a crew driving in from Houston.
Erosion control is priced on square footage, slope severity, access, and the treatment the site actually needs. Send us plans or a site address and we'll walk it. For bid work we can turn quotes around quickly — tell us your deadline.
The most expensive version of this is doing the dirt work twice. If a slope washes before it's stabilized, you're not just re-installing controls — you're re-grading ground you already paid to grade, on a schedule that no longer has room for it. Stabilizing at the right moment is almost always the cheaper path, and the right moment is usually earlier than people plan for.
We travel for larger commercial and industrial work. If your site is outside this list, call.
Erosion control keeps soil from moving at all — slope stabilization, mulch blankets, vegetative cover. Sediment control catches soil that's already moving — silt fence, wattles, basins. Most sites need both, and inspectors look for both. Vegetative cover is the more durable of the two, because once roots establish the protection maintains itself.
Sites disturbing one acre or more — or part of a larger common plan exceeding one acre — fall under TCEQ's Construction General Permit, TXR150000. One to five acres generally requires a SWPPP and posted site notice; five acres or more generally also requires a Notice of Intent filed with TCEQ. Confirm specifics for your site with TCEQ or your SWPPP preparer.
The tackifier holds material in place as soon as it cures, so surface protection is immediate — before anything germinates. Vegetative cover follows, with sprouts usually in 7 to 14 days and real root establishment over the weeks after. On an active site, that means you're covered during the window that normally causes problems.
Yes — erosion control and stabilization for industrial and petrochemical facilities across the Golden Triangle, and for the contractors working in them. Tank farm areas, pipeline and utility corridors, retention ponds, and ground disturbed by construction or turnaround work.
Deficiencies have to be corrected, and inspections run on a set schedule plus after significant rain. Beyond compliance exposure, a washout means re-grading ground you already paid to grade. Stabilizing correctly the first time is almost always cheaper than doing the dirt work twice.
Yes, and it's often the right call. Temporary stabilization on areas that will sit idle for weeks protects the grade you already have. We come back for final stabilization when the site is ready for closeout.
Commercial, industrial, and residential erosion control across Southeast Texas and Southwest Louisiana. Free estimates, fast quotes for bid work.
