Services

Design, develop, and implement electrical systems and components for power generation, distribution, and control.

Introduction:

• • Power Distribution: Design of medium and low voltage power systems, substations, switchgear, motor control centers (MCCs), lighting.

  • Power System Analysis: Short-circuit analysis, arc flash studies, protective relay coordination, load flow analysis, harmonic studies.

  • Motor & Drive Systems: Selection, sizing, and control of motors and variable frequency drives (VFDs).

  • Grounding & Lightning Protection: Design of robust grounding and lightning protection systems for safety and equipment protection.

  • Emergency & Standby Power: Design of generator systems, uninterruptible power supplies (UPS), and automatic transfer schemes for critical processes.

  • SCADA & Telemetry Systems: Designing the electrical and communication infrastructure for Supervisory Control and Data Acquisition (SCADA) and telemetry systems used to monitor and control distributed municipal assets (e.g., remote pump stations, water towers).

Designs and manages the physical infrastructure supporting the facilities.

Introduction:

• Site Development: Earthwork, grading, drainage (including large industrial stormwater management), site utilities (water, sanitary, fire water), roads, parking.

• GIS Integration: Utilizing Geographic Information Systems for data management, spatial analysis, and visualization of municipal infrastructure assets.

• Hydraulic Structures: Water intake/outfall structures, holding ponds, lagoons.

• Stormwater Collection Systems: Hydrologic analysis to predict rainfall runoff volumes and rates, and hydraulic design of storm sewers, culverts, and open channels to manage peak flows.

• Pipe Sizing & Material Specification: Detailed calculations for pipe diameters, slopes, and material selection (e.g., PVC, ductile iron, concrete) based on flow rates, pressure, soil conditions, and expected lifespan.

Analysis and design of structures (buildings, equipment supports, pipe racks) to ensure stability, strength, and rigidity.

Introduction:

• Heavy Structures: Design of steel, concrete, or specialized structures to support heavy machinery, large spans, process vessels, storage tanks, and high dynamic loads (vibrations from equipment, seismic loads).

• Blast & Impact Design: For facilities dealing with explosive materials or high-impact processes.

• Structural Audits & Rehabilitation: Assessing integrity of existing structures for expansions or new loads.

• Utility Pole & Tower Analysis: Structural analysis for communication towers, lighting poles, and other vertical infrastructure.

• Water Towers/Standpipes: Structural design of elevated water storage tanks, including their supporting structures and foundations.

Design, analyze, manufacture, and maintain mechanical systems, machinery, and equipment.

Introduction:

• Heavy Mechanical Design & Integration: Cranes, conveyors, material handling systems, pumps, compressors, turbines, robotic systems.

• HVAC & Ventilation: Design for specific industrial environments (e.g., dust collection, fume extraction, cleanrooms, high-temperature zones).

• Piping Systems: Design and stress analysis of piping for various fluids (steam, water, process fluids, chemicals).

• Fire Protection: Industrial fire suppression systems (sprinklers, foam, special hazard systems, gas suppression).

• Layout & Equipment Arrangement: Optimizing the physical layout of machinery, workstations, and material flow for efficiency and safety.