Production facility MEP design, cleanroom environmental control, semiconductor fabrication engineering, and automotive test facilities. NOVTRIQ delivers integrated engineering for advanced manufacturing across UK, EU, and UAE markets — from ISO Class 1 semiconductor fabs to GMP pharmaceutical environments and EV battery gigafactories.
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DISCUSS YOUR PROJECTSemiconductor supply chain resilience and geopolitical strategy drive emerging demand for onshore semiconductor fabrication in UK and EU. The EU Chips Act (€43 billion) is funding domestic chip production capacity across member states. The UK National Semiconductor Strategy (2023) commits £1 billion to semiconductor R&D, design, and compound semiconductor manufacturing. The UAE’s Operation 300 Billion industrial strategy targets advanced technology manufacturing as a priority sector under MoIAT, with Emirates Development Bank allocating AED 30 billion to support industrial growth.
NOVTRIQ provides the tri-market engineering consultancy needed to design, build, and commission the controlled environments these facilities demand — compliant with UK Building Regulations, EU Construction Products Regulation (CPR), and UAE Civil Defence and Municipality requirements.
Design and commissioning to BS EN ISO 14644-1: ISO Class 1 through ISO Class 9 environments covering particle count, temperature stability, humidity control, and airborne molecular contamination (AMC). Semiconductor fabs require ISO 5–6 cleanrooms with particle control ≤3.5 μm and AMC chemical filtration. Pharmaceutical facilities require GMP-compliant cleanrooms aligned with EU GMP Annex 1 and UK MHRA guidelines.
Integrated HVAC design with HEPA and ULPA filtration systems, laminar flow configurations, pressure cascading between classification zones, and dedicated return air systems. Temperature stability to ±0.1°C in critical lithography zones, ±0.5°C in general process areas. Humidity control to ±1% RH in semiconductor environments, ±5% RH in standard process areas.
Chemical filtration engineering for semiconductor process environments, including activated carbon and chemisorption systems for organic and inorganic contaminant removal. AMC monitoring system design, filter lifecycle management, and contamination source analysis for process yield optimisation.
NOVTRIQ designs vibration control systems to VC-E through VC-G classification for semiconductor lithography and metrology tools, incorporating active and passive isolation, structural decoupling, and vibration-sensitive equipment foundation design. Comprehensive environmental parameter engineering covering temperature (±0.1°C), humidity (±1% RH), vibration (sub-micron), EMI shielding, and acoustic control.
Process utility engineering: ultra-pure water (UPW) systems with resistivity ≥18+ MΩ·cm, compressed dry air (CDA), specialty and bulk gas distribution (nitrogen, argon, hydrogen, helium), chemical distribution and waste treatment, and exhaust management systems including scrubbers and abatement.
NOVTRIQ designs dual-feed high-voltage supply architectures, UPS systems, emergency standby generation, and power quality conditioning for semiconductor fabrication environments where microsecond interruptions or voltage sags can destroy entire production batches. Power quality engineering covering harmonics analysis, voltage sag/swell protection, transient voltage surge suppression, and power factor correction.
Recirculating water loops for process cooling with water purity 18+ MΩ·cm resistivity, 70–80% recycling reducing external water demand by 60–70%, and temperature control ±0.5°C for optical tool stability.
Surplus heat from process cooling recovered for facility HVAC pre-heating (reducing auxiliary boiler load by 40–50%), thermal energy storage systems enabling load shifting, and district heating in industrial parks.
Full IQ/OQ/PQ protocols for cleanroom environments. Commissioning programmes aligned with EU GMP Annex 1 for pharmaceutical facilities, SEMI standards (SEMI E49, SEMI E6) for semiconductor fabrication, and ISPE Baseline Guides for biotechnology manufacturing.
Thermal management for engine/powertrain testing with exhaust heat recovery (80–90% efficiency) for facility space heating.
Environmental simulation (−40°C to +85°C, 5–95% RH) integrated with facility HVAC.
Specialised cooling for cell assembly with thermal stability ±2°C, coolant isolation preventing contamination of battery electrolyte, and fire suppression systems integrated with thermal management.
Building Regulations Part L, Part B, BS EN ISO 14644-1:2015, BS 7671:2018+A2:2022, UK ESOS compliance.
EPBD 2021/1952, Directive 2014/35/EU, Directive 2006/42/EC, EN ISO 14644-1, EN 50160, EED 2023/1791, EU Taxonomy technical screening criteria.
Abu Dhabi Civil Defence requirements, Dubai Municipality building code, ESMA/MoIAT technical regulations, QCC product compliance, Operation 300 Billion standards framework.
Cleanroom and semiconductor fabrication facilities consume 5–10× more energy per square metre than standard commercial buildings. NOVTRIQ designs energy-optimised systems aligned with UK ESOS, EU EED 2023/1791, and EU Taxonomy technical screening criteria.
Energy recovery strategies include waste heat capture, variable-speed drive integration, free cooling exploitation, and smart building management systems with AI-driven optimisation.
From ISO Class 1 semiconductor fabs to GMP pharmaceutical environments and EV battery gigafactories, our tri-market team delivers the engineering expertise your facility demands.
DISCUSS YOUR PROJECTEngineering the future of critical infrastructure.