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About OPSOLA Engineering Systems
OPSOLA is an industrial engineering and application company that manages mechanical, process, manufacturing, automation and field disciplines as one delivery flow. The approach is built on verified, operable systems rather than equipment supply alone — which is why a monitoring system can be supported, upgraded or rebuilt end to end.
Disciplines
Four disciplines, one delivery route
Mechanical Engineering
Design, fabrication and installation engineering for industrial equipment, skids, panels and piping systems.
Process Systems
Process design, sampling systems, flow and treatment packages engineered around real operating conditions.
Electrical & Automation
Control panels, PLC and instrumentation engineering, signal integration and site commissioning.
Industrial Digital Solutions
Data acquisition, monitoring, reporting and integration layers that make plant data usable and auditable.
How we deliver
A stage-gate delivery model
Scope is clarified early, design is frozen before manufacturing, and acceptance is planned before the team reaches site. The aim is fewer late revisions and a more controlled commissioning.
- 01
Requirements & Scope
The operating objective, technical boundaries and acceptance expectations are clarified before design work begins.
- 02
Design Freeze
A formal design freeze brings scope creep and late revision risk under control.
- 03
Procurement & Manufacturing
Critical equipment, quality hold points and the production flow are tracked against the plan.
- 04
FAT / SAT Preparation
Test scenarios, verification steps and the acceptance framework are prepared in advance.
- 05
Commissioning
Function, safety and performance verification are completed on site, with punch list management to closure.
Manufacturing & verification
Engineering backed by its own workshop
Replacement panels and new systems are not only designed but built, tested and documented — fabrication, machining and coating are handled in house, under a quality plan.
In-house manufacturing
Welded Fabrication
Carbon and stainless steel structural and equipment fabrication — tanks, frames, skid frames and platforms. Process approach oriented to ISO 3834 and EN 1090, with welding planned against WPS / WPQR requirements.
Machining
Shafts, bushings, flanges, adapters and bespoke parts where tolerance, assembly fit and functional accuracy are critical, with dimensional control on critical features.
Surface Preparation & Coating
Specification-driven surface preparation and paint application following an SSPC-referenced approach, with project-based application control and records.
Verification & documentation
FAT / SAT
Loop checks, function tests, punch list management and defined acceptance criteria, rather than leaving site risk to the end of the project.
Engineering Documentation
P&ID, general arrangement and isometric drawings, datasheets, bills of material and test plans produced as part of the delivery.
As-Built Handover
Test outputs, measurement records, revision history and as-built documentation delivered systematically, so the installed system stays technically manageable.
Position
Engineering and lifecycle support, not inspection alone
OPSOLA's water quality monitoring work spans the full lifecycle: engineering new systems, commissioning them, keeping installed systems measuring correctly, and modernising them when the original hardware reaches the end of its useful life.
Engineering
New WQM systems, replacement panels, sampling and measurement design.
Commissioning
Installation support, loop checks, start-up and documented handover.
Lifecycle Support
Field service, spare parts, analyser and sensor replacement, retrofit and upgrade.
Who we work with
- Industrial plants
- Energy & process operations
- OEM manufacturers
- EPC contractors
Contact
Contact OPSOLA
For technical support on an installed system, or to discuss a new engineering scope.
WQM technical support · Full contact details on the contact page.