FABER CASTELL ELGIN, IL

The Faber-Castell project is a cosmetic  manufacturing facility with production, formulation, storage, and  administrative areas designed to support product quality, controlled  environmental conditions, and operational efficiency.

The project provides a high-performance  manufacturing environment that supports cosmetic production while meeting  safety, hygiene, and regulatory requirements.

3S MEP provided comprehensive MEP design services  for the Faber-Castell Project, including HVAC, ventilation, electrical power  distribution, and environmental control systems, with a focus on safety,  reliability, energy efficiency, and compliance with cosmetic manufacturing requirements.

From an  HVAC perspective, the design focuses on cleanroom environments, incorporating  advanced cooling and heating systems to maintain strict temperature and air  quality requirements essential for cosmetic manufacturing processes.

Room  pressurization strategies are implemented to control contamination and ensure  proper airflow direction between different classified spaces. These measures  help maintain clean-to-less-clean air movement, enhancing product protection  and process integrity.

Hazardous  room design is carried out in accordance with MAQ (Maximum Allowable  Quantity) design parameters, ensuring safe handling, storage, and processing  of chemical-based materials commonly used in cosmetic manufacturing.

Detailed  sequence of operations is developed to define system control logic and  operational performance. Airflow diagrams and Pressurization floor plan are prepared for different categories of rooms to clearly represent supply,  return, and exhaust systems, along with pressure relationships across the  facility.

One of the primary electrical design challenges for this project was  the detailed assessment of the existing electrical utility infrastructure to maximize the use of available power distribution systems for the  renovated/newly added areas and equipment. A comprehensive power distribution  and lighting control design was developed to satisfy both applicable code  requirements and the client's operational needs.

The project involved utilizing existing panels and switchboards to  serve renovated/newly added spaces and equipment. This required a thorough  evaluation of existing electrical distribution equipment to identify  available spare circuits and capacity, ensuring that additional loads could  be accommodated without exceeding the existing service ratings.

Coordination with existing breakers was also performed to reuse  available circuits for relocated equipment where feasible, while verifying voltage drop compliance.

Another significant challenge was the verification of existing field  conditions, including breaker sizes, equipment loads, voltage ratings, and electrical characteristics of both relocated and new equipment. Detailed load  analysis and coordination studies were conducted to ensure all equipment was  properly served while maintaining compliance with applicable NEC requirements  and preserving system reliability and safety.

Our engineering  focus was on developing a robust, multi-functional plumbing network capable  of supporting both heavy-duty plant operations and sensitive lab-grade  processes.

Laboratory Deionized (DI) Water System: To support the analytical  laboratory's precise testing requirements, we engineered a specialized Deionized (DI) water system. This system was designed to deliver high-purity  water, with careful consideration given to material selection and piping  purity to prevent contamination in sensitive lab procedures.  

Industrial Sanitary & Vent Systems: We designed a high-capacity  sanitary waste and vent network tailored to manage the discharge from manufacturing production lines and facility restrooms. The routing was  coordinated to handle the specific drainage requirements of the various production zones while maintaining compliance with industrial building  codes.  

Domestic Water & Fume Hood Support: A reliable domestic water  distribution system was developed to service all sinks, safety stations, and laboratory fume hood requirements. The design ensures consistent pressure and  flow to support critical lab equipment and operational cleaning needs.  

Gas Piping System: We engineered a safe, high-efficiency gas piping  network specifically dedicated to providing fuel supply to the facility's Roof Top Units (RTUs). The piping was sized and routed to prioritize safety,  operational efficiency, and strict adherence to industrial gas distribution  protocols.

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