EICA Engineering
for Water & Infrastructure
Electrical and control systems engineered for reliable delivery and operation, so water-sector assets are safe, integrated and ready to perform from first energisation through long-term use.
EICA Design for the water industry
As a multi-disciplinary engineering consultancy for the water industry, we provide EICA services that support the planning, design and delivery of treatment, pumping, storage and network infrastructure. Our work helps clients develop systems that are robust, maintainable and aligned with operational requirements, while meeting programme, safety and performance expectations.
Each service area below is delivered as part of one integrated EICA offering. Working alongside process, mechanical, civil and commissioning teams, we create coordinated designs that improve system performance, reduce interface risk and support efficient delivery across AMP8 and wider water-sector investment programmes.
Our EICA Services
Electrical Power Distribution & LV Design
We develop electrical designs that support safe and reliable power distribution across water and wastewater assets. This includes load assessment, single-line development, cable strategies, equipment supplies and the coordination of electrical infrastructure needed to support treatment processes, pumping systems and site-wide operations.
Well-coordinated electrical design improves resilience, reduces installation risk and provides a clear basis for construction, testing and future maintenance.
Key capabilities:
- LV distribution design and power system coordination
- Load schedules, single-line diagrams and cable strategies
- Electrical infrastructure for treatment and pumping assets
Instrumentation Specification & Field Devices
We specify instrumentation that gives operators the data and control they need to run assets safely and efficiently. Our work covers the selection, application and integration of field devices for flow, level, pressure, temperature, quality and process monitoring, with attention to environment, maintainability and operational suitability.
Good instrumentation design improves visibility, strengthens process control and helps clients achieve more reliable and informed operation of critical assets.
Key capabilities:
- Instrument selection and application for water processes
- Field device schedules, datasheets and integration requirements
- Monitoring solutions for operational visibility and control
Control Philosophy, Functional Design & Cause and Effect
We develop control philosophies and functional design information that define how assets are intended to operate under normal, abnormal and alarm conditions. This includes sequencing logic, interlocks, cause-and-effect relationships and the information needed to translate process intent into practical automation design.
Clear functional design improves consistency across disciplines, reduces ambiguity in implementation and supports smoother progression into software development, testing and commissioning.
Key capabilities:
- Control philosophies and functional design specifications
- Cause and effect schedules and interlock development
- Operational logic for process and plant control
PLC, SCADA & Automation Systems
We support the design and integration of PLC, SCADA and wider automation solutions that enable assets to be controlled, monitored and optimised effectively. Our work considers architecture, communications, operator interaction, alarm handling and the practical requirements of live operational environments.
Integrated automation systems improve control performance, support efficient operation and give clients greater confidence in how assets will behave in service.
Key capabilities:
- PLC and SCADA system architecture support
- Automation strategy and control system integration
- Operator interface and alarm management considerations
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MCCs, Panels & Control Equipment
We provide design input for motor control centres, local control panels, marshalling arrangements and associated control equipment that support safe, maintainable operation. Our role includes defining requirements, coordinating interfaces and helping ensure panel and equipment solutions align with process, electrical and operational needs.
Attention to panel and equipment design early in the project helps reduce integration issues, supports factory and site testing and improves long-term maintainability.
Key capabilities:
- MCC and control panel requirements definition
- Equipment interface coordination and layout input
- Maintainability, access and testing considerations
Telemetry, Communications & Systems Connectivity
We design and coordinate communications and telemetry requirements so that site systems connect effectively with wider operational and monitoring platforms. This includes data exchange, remote monitoring, network architecture considerations and the interfaces needed between local plant systems and central control environments.
Reliable connectivity improves operational awareness, supports faster response to issues and helps clients make better use of asset performance data across their estate.
Key capabilities:
- Telemetry and remote monitoring integration
- Communications architecture and systems interfaces
- Data connectivity for operational and control requirements
Hazardous Areas, Compliance & Electrical Safety
We support EICA design in environments where hazardous areas, electrical safety and regulatory compliance must be addressed carefully. Our work helps ensure equipment selection, installation concepts and system arrangements are aligned with relevant standards, site risks and operational duties.
A compliance-led approach reduces the risk of unsafe installations, supports assurance processes and helps clients deliver systems that are both practical and defensible.
Key capabilities:
- EICA input for hazardous area and compliance requirements
- Electrical safety considerations in design development
- Coordination of standards, risk controls and equipment suitability
Asset Upgrades, Migration & Live Operational Sites
Many water-sector projects involve modifications to existing assets, legacy systems and live operational environments. We provide EICA support for upgrades, refurbishments and phased migrations, helping clients manage change while maintaining continuity of service and reducing the risk of disruption.
Experience in live-site delivery helps shape practical solutions around shutdown constraints, existing equipment limitations and the realities of operational infrastructure.
Key capabilities:
- EICA design for upgrades and refurbishment projects
- Legacy system interface and migration planning
- Support for phased implementation on operational sites
Testing, Commissioning & Operational Readiness
We support the transition from design into delivery and operation by providing EICA input to testing, commissioning and handover activities. This includes coordinated design information, verification support and practical assistance in making sure systems are ready for energisation, functional testing and operational use.
Strong commissioning support reduces delays, improves fault resolution and helps ensure the installed system performs in line with the original design intent.
Key capabilities:
- EICA input to testing and commissioning activities
- Verification support and system readiness reviews
- Handover support for operational acceptance
Construction Support & Technical Input During Delivery
EICA decisions often continue into the construction and installation phase, especially where site conditions, equipment changes or integration issues arise. We provide responsive support during delivery, helping teams review technical queries, coordinate interfaces and maintain continuity between design intent and installed systems.
Ongoing support during delivery helps protect programme, reduce uncertainty and keep EICA decisions aligned with broader project and operational objectives.
Key capabilities:
- Technical support during installation and construction
- Review of site queries, equipment changes and interfaces
- Ongoing coordination between design, integration and delivery teams
Why SP-EC for EICA
Our EICA offer is built around the realities of water-industry delivery: complex interfaces, live operational environments, ageing infrastructure, demanding performance expectations and the need for systems that are both robust and practical to maintain. We focus on designs that are clear, coordinated and ready to perform in service.
Because we work as part of a wider engineering team, our EICA input is developed in step with process, mechanical, civil and commissioning requirements. That gives clients a more integrated design process and stronger confidence that systems will work as intended when it matters most.
