Before a facility is built on site, we build it completely in a coordinated 3D model. Clashes are resolved on screen, not in the field. Clients walk their facility before breaking ground and approve with confidence.
3D design & digital delivery
One federated model, separated into the disciplines that build it. Every layer is engineered in-house and coordinated against the others — so clashes are resolved on screen, not in the field.
Scroll to separate the building
The stack
Architecture, process, HVAC, clean and black utilities, fire protection, electrical and automation — modelled together, drawn from the same geometry, handed over as one package.
01 — Architecture
Air-handling units, risers and access routes are set out on the roof with maintenance clearance and withdrawal space modelled, and penetrations coordinated with the structure below.
02 — HVAC
AHU-wise ducting layouts, supply and return balancing, volume dampers and terminal boxes engineered to hold the required grades — pressure cascades resolved in the model.
03 — Electrical
Distribution, cable-tray routing, conduit drops and luminaire layouts, with starter and control-panel general arrangements coordinated against the ducting above.
04 — Utilities / Plumbing
PW, WFI, clean steam and process gases with loop routing, slopes, dead-leg control and sampling points — plus drainage and plumbing, engineered for sanitary design.
05 — Fire Fighting
Zone valves, risers, branch lines and pendant heads coordinated against ducting, containment and cleanroom ceilings, so coverage is achieved without cutting across the air distribution.
06 — Cleanrooms
Room programme, cleanliness grades, airlocks and pass-throughs are laid out around personnel and material flows — the envelope designed around the process, not the other way round.
07 — Automation / BMS
Switchgear and MCC line-ups, cable routing, operator consoles and the monitoring systems a regulated plant depends on — with clearances and escape routes held in the model.
08 — Process Equipments
Vessels, skids, access platforms and interconnecting piping set out against the process flow, wrapped in an envelope sized around them rather than the reverse.
Handover
Drawings, schedules and sections come out of this model, so what is issued for construction and what is inspected at handover are the same geometry.
01
All disciplines built in one federated model — architecture, process, HVAC, piping, electrical — to a single source of geometric truth.
02
Automated interference checks resolve conflicts between services before construction, protecting programme and budget.
03
Navigable models and photoreal visuals let stakeholders experience and sign off the facility ahead of build.
04
Rapid comparison of layout and routing options in 3D to optimise flow, footprint and maintainability.
05
GAs, sections and schedules generated directly from the coordinated model — consistent, current and traceable.
06
As-designed model data handed over as an asset for validation, operations and future facility changes.
From the first concept sketch to a qualified, inspection-ready plant, Agon partners with pharmaceutical manufacturers to engineer facilities that meet the highest international standards. We would welcome the conversation.
