Innovation and technical precision are our core values.
DARcor & Associates, Inc. is an electrical engineering and instrumentation and controls practice headquartered in Phoenix, Arizona, founded in 1997. It specializes in designing power, instrumentation, controls, and SCADA systems for the water and wastewater industry, serving projects ranging from domestic water wells to large-scale treatment facilities. It also operates a UL 508A and UL 698A certified industrial control panel shop, building PLC-based control panels for manufacturing, industrial, food and beverage, energy, and chemical clients throughout the Southwestern United States. Additional services include industrial lighting design, alternative energy systems, remediation, construction administration, and operational support including commissioning and SCADA integration.
UL 508A Certified Industrial Control Panel Shop · UL 698A Certified Industrial Control Panel Shop
Jorge GerardoPresident
Jim LugarVice President / Construction Manager
Jason StemperI&C Division Manager
Jaime GerardoDesigner/Senior CADD Technician
Andrea StemperAssistant Office Manager
Design and fabrication of UL 508A and UL 698A certified industrial control panels, from simple motor starters to complex automation platforms. Services include enclosure design, instrumentation integration, and advanced automation, serving clients throughout the United States from headquarters in Phoenix.
Design of PLC-based control systems that operate in harsh environments, connecting with sensors, motors, pumps, and valves.
Development of comprehensive process and instrumentation diagrams to plan and integrate control system architecture.
Implementation of industrial network protocols and radio telemetry systems to facilitate remote and distributed system communications.
Drafting detailed and precise electrical schematics using AutoCAD to support fabrication, installation, and long-term maintenance.
Integration of advanced networking, SCADA, and automation across water systems, manufacturing, utilities, and industrial facilities, including RTUs and real-time process controls.
Instrumentation, online analyzers, gas and leak detection, and safety/alarm systems tailored for food and beverage, energy, chemical, and water treatment operations.
Server- and cloud-based SCADA systems that provide secure, real-time access to operational data, remote controls, and analytics from any device.
Complete functional testing, quality inspections, power-on verification, I/O checkout, control validation, and on-site or remote support services.
Industrial electrical engineering design and construction services for water, wastewater, industrial, lighting, and remediation projects throughout the Southwestern United States, serving civil engineering entities, architects, developers, utility providers, and municipalities.
Electrical and instrumentation design for water campuses, treatment facilities, booster pump stations, storage reservoirs, irrigation systems, production wells, and flow metering.
Electrical and instrumentation design for sewage lift stations, treatment plants, stormwater pump stations, odor control, chemical injection systems, and flow metering.
Electrical engineering for groundwater and soil remediation, solar and alternative energy systems, food and beverage processing, and industrial plant processes.
Illumination design for industrial facilities, parking lots, community parks, roadways, sports courts, arenas, and open areas.
Submittal and shop drawing reviews, startup and commissioning assistance, inspections, O&M manual reviews, ground testing, arc flash/power studies, and generator load bank testing.
Water Supply · Wastewater · Industrial · Manufacturing · Food & Beverage · Automation & Controls · Environmental & Remediation · Utilities · Renewable Energy
Electrical engineering subconsultant for Dibble Engineers on ADOT's On-Call services contract, covering design and construction oversight services for 11 rest areas across Arizona. Design improvements included upgrades to potable water storage and pumping systems, electrical systems, and construction oversight.
Worked with GHD and EPCOR to assess the available electrical capacity to upgrade the existing booster pumps at the Corte Bella Water Plant.
Built and programmed a lake fill PLC, two lighting control panels, instrumentation for a stilling well, and an irrigation autodialer control panel. The project also included adding a revision to the RTU control panel drawings and layout.
Retained as the prime engineering consultant by EPCOR to perform a study to identify any restrictions and requirements for the construction of a SCADA radio tower at an operations center, delivering a formal feasibility study and coordinating with surrounding Authorities Having Jurisdiction.