Before you commit to land or lock in your budget, you need answers.

Can you connect to the city’s system? Do you need your own treatment plant? What will TCEQ require? What will it cost to operate?

We evaluate treatment options, size systems for your buildout, estimate capital and operating costs, and identify the most cost-effective approach. Package plants, full-scale facilities, 210E reuse systems. We consider Texas climate, soil conditions, TCEQ discharge requirements under the TPDES program, and reuse opportunities under 30 TAC Chapter 210.

You know exactly what you’re dealing with before committing capital.

TCEQ permitting is where Texas development projects stall. We handle the entire process so your project stays on schedule.

We prepare:

• Domestic wastewater permits under 30 TAC Chapter 305
• TPDES discharge permits for surface water discharge
• Land application permits (TLAP) for irrigation disposal
• 210E industrial reclaimed water authorizations under 30 TAC Chapter 210, Subchapter E

Per 30 TAC §210.56(a)(3), a 210E authorization serves as both construction and operating authorization. No separate wastewater treatment facility permit required from TCEQ. Application fee is $100 per §210.60.

We’ve permitted projects from Houston to Dallas-Fort Worth, Austin to San Antonio, and rural developments statewide. Edwards Aquifer requirements under §210.4(d), river basin rules, and application structures that get approved efficiently.

Traditional discharge permits: 24-36 months with public hearing exposure. Our 210E authorizations: 4-10 weeks with no public hearing requirement.

Your contractor can only build what’s on the drawings.

We produce complete plan sets in AutoCAD Civil 3D: treatment facilities, collection systems, lift stations. Plans, profiles, sections, specifications meeting 30 TAC Chapter 217 design criteria. Summary transmittal letters submitted to TCEQ per §217.6(d).

Stamped by a Texas-licensed PE. Biddable documents that move your development from paper to construction without delays.

Your collection system needs to handle flows reliably for decades.

We design gravity sewers, force mains, manholes, and cleanouts that meet 30 TAC Chapter 217 requirements. Proper pipe sizing per §217.32 flow calculations, minimum 48-inch manhole diameters per §217.53, and testing requirements per §217.57 for infiltration/exfiltration or low-pressure air testing.

We account for Texas soil conditions from expansive clays to sandy loams, high groundwater in coastal areas, and nine-foot minimum separation from water supply pipes per §217.53(d). Designs balance upfront construction cost with long-term performance.

Know your system works before you build it.

We build detailed hydraulic models to verify pipe sizes, check slopes, confirm lift station capacities, and evaluate performance under peak flows per 30 TAC §217.32 design criteria. Wet weather events, future growth scenarios based on Table B.1 flow calculations.

The modeling catches problems when they’re cheap to fix. By construction, you know the system performs.

When gravity flow isn’t possible, you need lift stations that work reliably in Texas heat.

We design stations per 30 TAC Chapter 217, Subchapter D requirements with redundant pumps, emergency power provisions per §217.63, proper ventilation, odor control, and controls that handle varying flows automatically. Pumps that handle solids without clogging, wet wells that prevent septicity in hot weather.

Stations that run for years without problems.