Process-aware baselines and energy intensity
Configured around approved data, control, safety and responsibility boundaries.
Industrial Manufacturing
Reduce resource intensity without losing sight of production.
Connect factory electricity, gas, water, wastewater, utilities and production context for process-aware energy and resource optimisation.
Discuss Your Project
Who this is for
- Plant and energy managers
- Production and maintenance teams
- EHS and sustainability stakeholders
- Industrial engineering and IT/OT teams
Typical assets and infrastructure
- Meters, analyzers, pumps and motors
- HVAC, heating/cooling and utility systems
- PLC, BMS, MES and production equipment
- Wastewater and chemical-waste records
Operational problems
- Energy use cannot be explained without production and process context.
- Utility, wastewater and chemical-waste information is fragmented across teams.
- Recommendations must respect quality, safety, throughput and operator constraints.
Data sources
- Electricity, gas and water
- Production, shift, batch and recipe context
- Machine state, maintenance and work orders
- Wastewater, waste categories and documents
Capabilities
A connected operating model for industrial manufacturing.
Electricity, gas, water and wastewater model
Configured around approved data, control, safety and responsibility boundaries.
AI-supported anomaly and opportunity prioritisation
Configured around approved data, control, safety and responsibility boundaries.
Human-approved or implemented control paths
Configured around approved data, control, safety and responsibility boundaries.
Measurement, verification, workflow and evidence
Configured around approved data, control, safety and responsibility boundaries.
Workflow
From field context to accountable action.
- 01Map resources and production boundary
- 02Connect utility and process data
- 03Explain expected versus abnormal use
- 04Approve action within constraints
- 05Verify resource and operational outcome
Analytics and reporting
- Energy per unit of production
- Shift, batch and machine-state deviation
- Water/gas/electricity intensity
- Idle loads and equipment-performance indicators
- Documented M&V evidence
Engineering and resilience
Engineering can cover meter and asset inventory, baseline design, process and interlock review, pilot/rollout planning, field integration, commissioning, operator training and measurement/verification planning.
Security and operational continuity
Keep tenant, site and role boundaries explicit. Direct control depends on installed BMS/PLC/Scadify systems, safety interlocks, customer policy and approved change paths.
Products used in this industry
Relevant solutions
Engineering and delivery
Customer results
Publication-safe evidence
Evidence without exposing customer details.
An industrial manufacturing deployment covering integrated electricity, natural gas, water, wastewater and chemical-waste-related workflows may be described anonymously. Foretek name and logo require approval.
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