Celadon Technologies, LLC

This discipline addresses drinking water infrastructure design and rehabilitation. Technical coverage spans source development, distribution, storage, pumping, and treatment to support reliable municipal and utility operations.

• Small & Large Diameter Distribution Mains

  Designing small and large diameter distribution mains to support regional water distribution networks.

• Transmission Main Design

  Developing engineering plans for large-scale water transmission lines and bulk water delivery systems.

• Hydraulic Modeling & Analysis

  Simulating water systems to optimize hydraulic performance, pressure distribution, and operational efficiency.

• Wells & Pump House Design

  Designing water supply wells and associated pump house facilities for source water development.

• Storage Tank Engineering

  Designing and rehabbing water storage tanks to maintain adequate system pressure and emergency reserves.

• Booster Pump Station Design

  Engineering booster pump stations to ensure optimal pressure management and flow control across utility zones.

• Treatment Process Design

  Designing process systems for drinking water treatment to ensure regulatory compliance and public safety.

• Facility Instrumentation & Control

  Implementing instrumentation and control systems for automated monitoring and operation of water facilities.

Comprehensive design and consulting services ranging from small on-site systems to large publicly owned treatment works. Capabilities extend to collection systems, pumping stations, and biosolids management.

• Gravity Sewers & Force Mains

  Designing wastewater collection systems, including gravity sewers and force mains for reliable transport.

• Low Pressure Grinder Pump Systems

  Engineering low pressure sewer systems utilizing grinder pumps for residential and commercial applications.

• Sewage Pumping Stations

  Designing sewage pumping stations and lift stations to manage and transport municipal and industrial wastewater.

• On-Site Septic Systems

  Designing decentralized and on-site septic systems for properties without access to centralized sewer networks.

• Nutrient Removal & Leachate Treatment

  Designing treatment facilities with advanced nutrient removal processes, including biological nutrient removal, enhanced nutrient removal, and leachate treatment.

• Process Instrumentation & SCADA Control

  Integrating process controls, SCADA, and instrumentation to monitor and automate wastewater facility operations.

Providing energy optimization services to support sustainable water and wastewater infrastructure.

• Pumping System Optimization

  Analyzing and optimizing pumping systems to reduce power consumption and improve operating efficiency.

• Treatment Process Energy Auditing

  Conducting energy audits for water and wastewater treatment processes to identify efficiency opportunities.

• Energy Rebate Applications

  Preparing and submitting energy rebate applications to secure financial incentives for efficient equipment installations.

Offering comprehensive study, analysis, and construction phase support for utility and public works projects.

• Feasibility & Alignment Studies

  Conducting initial feasibility and alignment studies to determine project viability and routing options.

• Regulatory Research & Permitting

  Navigating local, state, and federal regulations to ensure engineering designs meet all compliance requirements.

• Construction Document Development

  Preparing detailed engineering drawings, specifications, and construction documents for bidding and building.

• Cost Estimation & Analysis

  Providing detailed cost modeling and construction estimates to assist clients with budgeting and financial planning.

• Construction Phase Engineering

  Providing engineering support, submittal reviews, and field observations during the construction phase of utility projects.

• Master Planning for Utilities

  Developing long-term master plans to guide utility expansion, asset management, and infrastructure investments.