The scope includes the complete gas supply infrastructure, from cylinder storage and supply arrangements to distribution manifolds and high-purity stainless-steel tubing networks. System components include cylinder manifolds, purge valves, check valves, stainless-steel flexible hoses, cylinder connectors, SS tubing and fittings, point-of-use regulators, isolation valves, and other specialized gas control accessories. The installation incorporates appropriate tubing connections and routing to provide reliable gas distribution to designated laboratory equipment and service points.

Dedicated safety and monitoring systems are included, featuring low-pressure cylinder supply alarms to indicate depleted gas cylinders, as well as gas leak detection and alarm systems for flammable gases. Flame arrestors and automatic shut-off arrangements are incorporated into the system design where required to enhance operational safety and help mitigate risks associated with flammable gas services.

Engineering deliverables include detailed gas system design, distribution schematics, equipment connection layouts, material specifications, and installation coordination. The project is being executed in stages, with installation, inspection, pressure and leak testing, system integration, and commissioning activities forming part of the overall scope.

The consultancy scope includes concept master planning, preliminary drawings, schematic design, and detailed engineering design. Services also cover the preparation of coordinated technical drawings, specifications, Bills of Quantities (BOQ), and tender documentation, followed by technical tender evaluation and support during contractor selection and award.

The project includes preparation of Issued for Construction (IFC) drawings and comprehensive contract packages to support effective execution and coordination among the client, consultants, and contractors. During implementation, supervision consultancy services cover site progress monitoring, design clarification, technical submittal reviews, and inspection of works to help ensure compliance with approved drawings, specifications, and project requirements.

The final stages include review and approval of as-built drawings, project handover, and monitoring during the one-year Defects Liability Period (DLP). This end-to-end consultancy approach supports quality control, effective project delivery, and a smooth transition to the client's operational team.

The scope covers high-purity stainless-steel tubing installation using orbital welding, along with wall-mounted point-of-use regulators to provide suitable gas pressure control at designated equipment locations. The existing gas distribution network is extended and interconnected with new supply lines to accommodate additional laboratory equipment and future operational requirements.

Additional gas tubing and connection points are provided for analytical instruments, including chromatography systems, spectrometers, and other specialized testing equipment. The installation is coordinated with the laboratory's existing infrastructure to maintain system integrity and ensure reliable gas distribution across the required workstations.

Upon completion, the entire system undergoes leak testing, pressure testing, inspection, and commissioning to verify the integrity of the connections, confirm operating performance, and ensure readiness for laboratory use.

A major engineering challenge was the design and integration of RF shielding (radio-frequency caging) and acoustic soundproofing to minimize electromagnetic interference and external noise that could compromise the accuracy and reliability of EEG recordings. The design considered the laboratory's specialized research requirements, equipment sensitivity, shielding continuity, acoustic isolation, and coordination of building services to support a stable and controlled experimental environment.

The consultancy also covered detailed technical calculations, preparation of the Bill of Quantities (BOQ), and development of comprehensive tender documentation. All drawings, specifications, and supporting documents were coordinated to define the project requirements clearly, facilitate contractor pricing, and support effective implementation of the specialized EEG laboratory.

UHP Gas system for Inert and flammable gases includes, supply and orbital weld installation of SS 316 CP seamless pipes, CP SS fittings, UHP Manifolds, UHP point of use regulators, Solenoid valves, Diaphragm valves, NRVs, cylinders, fireproof cabinets.

MPCVD Machine installation includes electrical fittings, chilling water system and supply, gas connections and flammable gas exhaust system.

Gas detection system installation includes, Gas and smoke detectors, PLC panel and its integration, Alarm system with auto shut off valves.

The scope includes the supply and installation of specialized laboratory furniture, designed to support daily analytical activities and provide durable, practical workspaces for laboratory personnel. Fume hoods are supplied and installed to facilitate the safe handling of chemicals and control exposure to hazardous fumes during laboratory operations.

A dedicated low-pressure exhaust system is incorporated to support effective extraction and ventilation of chemical fumes from designated laboratory areas. The project also includes a complete laboratory gas supply system, featuring high-purity stainless-steel piping, SS fittings, and point-of-use regulators to ensure reliable gas distribution to the required laboratory equipment and workstations.

All installations are coordinated with the laboratory layout and operational requirements to promote safety, accessibility, and efficient workflow. The completed scope includes system inspection, testing, and commissioning to verify proper functionality and readiness for laboratory operations.