Reliable Wastewater Infrastructure for Growing Communities
LAN designs wastewater treatment plants that balance operational performance, long-term reliability, and future capacity.
Designing Wastewater Facilities That Perform
Wastewater treatment plants must operate reliably for decades while adapting to evolving regulations, population growth, and changing operational needs.
LAN’s wastewater practice brings together process engineers, hydraulic specialists, and infrastructure designers who focus on practical solutions that improve plant performance and long-term system reliability.
Our teams collaborate closely with plant operators and utility staff to ensure designs support efficient operations while minimizing disruptions during construction.
LAN has designed and upgraded treatment facilities ranging from 0.1 million gallons per day (MGD) to 320 MGD, including both new plants and complex rehabilitations.
Meet the Team
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Chris Clark, PE
· 23+ years of experience delivering water and wastewater infrastructure projects across Texas and the western U.S.
• San Marcos–based, bringing local knowledge and strong relationships with regional agencies and stakeholders.
• Construction-informed approach, leveraging contractor experience to develop practical, buildable, cost-effective designs.
• Expertise in WWTP upgrades, conveyance systems, hydraulic modeling, site design, and stormwater management.Contact information: SAGilbreath@lan-inc.com 713-266-6900
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Paul Wood, PE
· Chief Process Engineer at LAN, providing technical leadership and oversight for wastewater treatment plant design across the firm.
· Nationally recognized leader within the Water Environment Federation (WEF), serving on multiple committees and helping shape industry best practices.
· Subject matter expert in advanced nutrient removal and treatment intensification technologies for modern wastewater facilities.
· More than 40 years of experience delivering innovative and reliable solutions in wastewater treatment plant design.
Contact information: MLRamos@lan-inc.com 713-266-6900
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Jeremy Nakashima, PE
· Water/Wastewater Practice Leader at LAN, providing strategic and technical leadership for wastewater treatment projects nationwide.
· 30+ years of experience designing and managing WWTPs, collection systems, and pumping facilities for municipal and utility clients across the U.S.
· Active leader in the industry, serving on and chairing national AWWA and ASCE standards committees.
· Brings a strong focus on quality assurance and quality control, ensuring reliable, compliant, and high-performing infrastructure.
· Experienced in both new facility design and rehabilitation/expansion projects, delivering innovative and cost-effective solutions.
· Nationally recognized expert in pump, valve, and pipe design.
Contact information: GJHenry@lan-inc.com 713-266-6900
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Jordon Harris, PE
· Team Leader for LAN’s Wastewater Group, guiding the design and delivery of municipal wastewater infrastructure projects.
· Specialist in hydraulics and pumping systems, with deep expertise in lift station design, pump sizing, and wet well configuration.
· Focused on operator-friendly design, ensuring systems are practical, reliable, and easy to maintain.
· Holds NASSCO MACP, PACP, and LACP certifications, supporting industry best practices in condition assessment and asset management.
· Experienced in close coordination with plant operators and maintenance staff to ensure smooth integration of upgrades and new systems
Contact information: MVLiga@lan-inc.com 713-266-6900
A Practical Approach to Treatment Plant Design
LAN has delivered wastewater treatment infrastructure across Texas, including rehabilitation, expansion, and modernization of existing facilities.
Our teams prioritize:
LAN’s wastewater treatment design focuses on solutions that support long-term operational success.
Operational Flexibility
Designs that allow facilities to adapt to future regulations and system growth.
Energy Efficiency
Process improvements and aeration system upgrades that reduce operating costs.
Phased Expansions
Infrastructure planning that allows plants to grow capacity while maintaining operations.
Operator-Focused Design
Facilities designed with maintenance, safety, and long-term reliability in mind.
Community Compatibility
Integration of odor control, sound mitigation, and site planning that supports surrounding communities.