Industrial Water & Wastewater Systems
Delivered at Scale Across Design, Construction, & Operations
Selected Projects Showcasing Hands-On Execution, Process Innovation, and Proven Results
Embedded Files
AI Data Center Water Reuse System (13.4 MGD, $235M)
Design and construction of the world’s largest ceramic membrane bioreactor for wastewater recycling supporting AI data center cooling.
Conceptual design of 13.4 MGD, $235M ceramic MBR water reuse system supporting AI data center cooling
Conceptual design of 13.4 MGD, $235M ceramic MBR water reuse system supporting AI data center cooling
Site construction and during early-phase system buildout
Site construction and during early-phase system buildout
Related Media
xAI Wastewater Recycling Plant Groundbreaking (Video) — Project announcement and site kickoff (relevant sections at 00:50 and 2:02)
Memphis City Council Presentation (Public Hearing) — Land acquisition and project development (discussion begins at 39:00)
Industrial WWTP Rebuild — Tesla Fremont (4 MGD)
Full rebuild of a high-load industrial wastewater treatment plant supporting vehicle manufacturing
Executed end-to-end as sole process design authority, including design, equipment selection, and startup
Removal of legacy process equipment during full plant teardown
Rebuild of primary treatment structures
Installation of upgraded solids dewatering system (filter presses) as part of plant modernization
Protein Wastewater MBR Retrofit — Brazil (7 MGD)
Retrofit and deployment of membrane bioreactor system for protein wastewater treatment within a complex international facility, executed while maintaining continuous plant operations and eliminating a critical capacity constraint that was limiting production.
Executed design, construction, and startup in a Portuguese-speaking operating environment.
Integration of MBR system within existing wastewater treatment infrastructure during retrofit
Integration of MBR system within existing wastewater treatment infrastructure during retrofit
Installation of membrane modules within constrained process basin during system upgrade
Installation of membrane modules within constrained process basin during system upgrade
Untreated influent (right) vs. treated effluent (left) demonstrating system performance improvement
Untreated influent (right) vs. treated effluent (left) demonstrating system performance improvement
Industrial Wastewater Reuse System — ADM (6 MGD)
Industrial wastewater reuse system delivering 6 MGD reduction in freshwater consumption and $9M/year in operationg cost savings
Construction of primary treatment and reuse infrastructure during early project phase
Construction of primary treatment and reuse infrastructure during early project phase
Membrane train building housing 7 trains
Membrane train building housing 7 trains
Installation of 84 membrane modules enabling high-quality water reuse
Installation of 84 membrane modules enabling high-quality water reuse
Closed-Loop Recycling System — Emerson (Award-Winning)
Proprietary closed-loop system enabling recovery and reuse of industrial machining fluids, detergents, and thermal energy, generating $1.8M annual savings on a $4.3M capital investment
Recipient of the Diamond Award for Excellence in Environmental Engineering from the Arkansas Environmental Federation
Construction of dedicated facility for closed-loop recycling system
Construction of dedicated facility for closed-loop recycling system
Completed facility housing proprietary treatment and recovery processes
Completed facility housing proprietary treatment and recovery processes
Custom-designed system enabling recovery of detergents, machining fluids, and thermal energy
Custom-designed system enabling recovery of detergents, machining fluids, and thermal energy
Industrial CO₂ Sequestration Infrastructure — ADM (First U.S. Deployment)
Led construction of supercritical CO₂ pipeline and 1.5-mile-deep injection well infrastructure for the first U.S. industrial-scale carbon sequestration system ($32M project).
Drilling and installation of 1.5-mile-deep injection well for subsurface CO₂ sequestration
Drilling and installation of 1.5-mile-deep injection well for subsurface CO₂ sequestration
Interested in discussing similar projects or opportunities?
510-458-3827
Google Sites
Report abuse