Brownfield Industrial Extension: 20,000 m² Inside an Operating Facility
20,000 m²Extension area8Coordinated discipline models
Where process meets building — engineering design for Industrial
& Production facilities where every interface must be documented
Industrial and production facilities are technically dense — process equipment, utilities, mechanical, electrical, and plumbing systems, structural steel, and controls all converge in constrained spaces where every interface must be documented before fabrication begins. TEBIN delivers integrated engineering and BIM coordination for chemical, food & beverage, metals, automotive, and packaging sectors — eliminating coordination risk before it reaches the site.
01 — What we design and coordinate
Precision
across every
process
interface
Industrial facilities are technically dense — production equipment, process utilities, structural steel, building systems, and controls all occupy the same constrained space. TEBIN coordinates engineering across these disciplines from concept through to construction documentation, keeping interfaces clear and deliverables buildable.
We work on greenfield production plants, brownfield expansions, and building retrofits across manufacturing, chemical processing, food and beverage, and metals sectors. Our process engineering knowledge bridges the gap between plant design and building engineering.
02 — Systems we coordinate
01
Process & Utilities
- Process heating, ventilation, and air conditioning (HVAC)
- Compressed air system design
- Industrial gas distribution
- Utility metering and interfaces
02
Mechanical
- Heating, ventilation, and air handling systems
- Dust extraction and explosion-protected ventilation
- Process cooling systems
- Industrial heating design
03
Electrical
- Medium- and low-voltage power distribution (MV/LV)
- Motor control center design
- Hazardous area engineering under ATEX requirements
- Emergency and standby power
04
Controls, Civil, Structural & Architectural
- Building management and supervisory control system interfaces (BMS/SCADA)
- Structural steel and civil works
- Foundation and drainage engineering
- External utilities and infrastructure
03 — Where engineering meets process
Six sectors.
Six engineering realities.
Industrial engineering is not generic — the specific sector determines which standards apply, which materials are acceptable, and which interfaces carry the highest risk. TEBIN has direct experience designing building engineering for each of these production environments.
Chemical Processing
ATEX zone classification determines the engineering approach for every discipline — from mechanical ventilation to electrical equipment selection and drainage containment. Getting this wrong at concept stage means expensive redesign during detailed design.
- ATEX zone classification integrated from concept
- Secondary containment design coordinated with civil drainage
- Hazardous area schedules driving MEP equipment selection
Food & Beverage
Hygienic design principles govern the entire building engineering — drainage outlets, duct penetrations, wall junctions, and equipment interfaces are all potential contamination points that the design must systematically address.
- Hygienic zone classification informing MEP layout
- Washdown area design with correct drainage gradients
- HVAC humidity and condensation risk management
Steel & Metals
Overhead crane infrastructure, extreme thermal environments from furnaces, and heavy dynamic equipment loads require engineering that cannot be resolved by standard industrial design guides — structural and civil design leads.
- Crane runway and gantry structural design
- Thermal management and radiant shielding coordinated with ventilation
- Foundation design for dynamic and extreme static loads
Automotive
Paint shop ventilation strategy, press shop vibration isolation, and robot cell power infrastructure across multi-bay facilities are engineering briefs that cut across every discipline and demand coordination from day one.
- VOC exhaust and abatement system design
- Vibration isolation design for press and stamping lines
- Robot power infrastructure and transformer sizing
Packaging & FMCG
Fast production environments with dust hazard zones, large compressed air demand, and conveyor power distribution across wide floor plates — all requiring accurate ATEX classification to determine the correct engineering approach.
- Dust hazard zone assessment driving design decisions
- Compressed air distribution network design and sizing
- Conveyor power infrastructure and motor control design
Energy & Utilities
HV/MV facility interfaces and grid connection design sit at the boundary between building engineering and energy network infrastructure — requiring engineering expertise that bridges both domains.
- HV/MV switchgear and transformer design
- Grid connection and protection coordination
- Arc flash risk assessment integrated into electrical design
04 — BIM & digital delivery
BIM makes
complex facilities
buildable
Process-heavy environments generate more coordination conflicts than any other building type. Our BIM methodology resolves these conflicts digitally — before fabrication and before construction.
01
Process Interface Coordination
We map every process interface — from utility connection points to equipment pads — into federated BIM models, ensuring nothing falls between discipline boundaries.
02
Clash-Free Building Systems Routing
In dense production facilities, mechanical, electrical, and plumbing routes in high bays and technical areas are coordinated against structural steelwork, equipment envelopes, and maintenance access corridors.
03
Utility Network Modelling
All utility networks — compressed air, gases, process piping, drainage, and cable routes — are modelled in 3D and coordinated as part of the building model.
04
Construction & Handover Packages
We produce construction documentation and as-built BIM deliverables aligned to ISO 19650, suitable for commissioning, CMMS integration, and long-term facility management.
05 — Why project teams choose us
Industrial projects fail
at the interfaces
not the disciplines
Nothing falls between discipline boundaries
Every utility modelled, coordinated, documented
Hazardous zones designed with full classification logic
Engineering logic that supports operational efficiency
Clash-free models from structural steel to cable tray
Traceable records at every milestone and handover stage
Get in touch
Working on an
industrial project?
Share your project scope, production process requirements, and key technical challenges. We will outline which disciplines and BIM workflows apply.
Start a conversationSelected project proof
Related projects
See how the same design and engineering capabilities are applied to real project scope, interfaces, and deliverables.
All projects
7,000 m² Industrial Plant in Central Europe: Full-Scope BIM Delivery
7,000 m²Production facility6Coordinated disciplines
Mining Facility BIM Coordination Across 44 Buildings
44Buildings reviewed29 haLaser-scanned site area