Chemistry Laboratory Design and Construction by Kewaunee

Effective laboratory performance begins with structured planning. Poorly designed spaces can limit scientific work, create risks and reduce operational success over time.

Kewaunee adopts an engineering-led approach that focuses on:

• Workflow based spatial planning aligned with scientific processes
• Zoning of laboratories to support efficient operational flow
• Integrated utilities including gas, water, vacuum and electrical systems
• Structural planning based on equipment load and service requirements
• Scalable layouts supporting future expansion

A well-planned chemistry laboratory ensures scientific processes operate without infrastructure limitations while maintaining long-term flexibility.

Laboratory furniture directly influences workflow efficiency, safety and operational durability. It must withstand chemical exposure, heavy equipment loads and continuous use.

Kewaunee systems are engineered to deliver durability with adaptability:

• SEFA certified modular construction systems
• Chemical resistant epoxy, stainless steel and laminate surfaces
• Reconfigurable benching for evolving workflows
• Load tested structures for heavy instrumentation

Configurations such as island benches and wall mounted systems ensure a chemistry laboratory remains flexible without compromising stability or safety.

Safety performance in laboratory environments depends on precise airflow control, containment systems and material resilience.

Kewaunee integrates advanced safety systems including:

• Venturi based fume hood technology for optimized airflow containment
• High efficiency biosafety cabinets compliant with global standards
• Controlled ventilation systems for stable air exchange rates
• Chemical resistant storage systems for hazardous materials
• Emergency spill response infrastructure

These systems are engineered to maintain consistent performance, ensuring every chemistry laboratory operates under controlled and safe conditions.

Laboratory requirements vary across industries based on complexity, compliance needs and operational intensity. Kewaunee delivers tailored solutions accordingly.

Key sectors include:

• Pharmaceutical research and drug development
• Biotechnology and life sciences
• Chemical manufacturing and process research
• Academic and educational institutions
• Industrial testing and quality control

Each environment requires a balanced integration of safety, flexibility and performance. A well designed chemistry laboratory ensures these requirements are met without operational compromise.

Modern laboratory infrastructure must deliver performance while minimizing environmental impact and lifecycle costs.

Kewaunee incorporates sustainability into core design principles:

• Energy efficient HVAC and ventilation systems
• Long life modular furniture systems reducing replacement cycles
• Precision construction methods reducing material waste
• Low maintenance infrastructure design
• Scalable systems which avoid unnecessary reconstruction

This ensures every chemistry laboratory remains efficient, adaptable and environmentally responsible throughout its lifecycle.

Kewaunee stands apart through its integrated engineering capability, global delivery experience and deep domain expertise in laboratory infrastructure.

• Over 120 years of laboratory engineering experience
• Projects delivered across 100+ countries
• More than 50 million sq. ft. of laboratory space executed
• SEFA certified modular systems
• Strong focus on safety, compliance and performance engineering
• Fully integrated design, manufacturing and execution model

This ensures every laboratory is not just constructed but engineered as a reliable scientific environment designed for long term performance.

A well designed laboratory is the foundation of scientific progress. It must ensure safety, support complex workflows and remain adaptable as research evolves. Achieving this requires engineering intelligence and precise execution.

Kewaunee provides laboratory solutions that feature safety systems, modular flexibility and international regulatory compliance in one package. This process from inception to commissioning is done with technical proficiency and operating ease.

A properly engineered chemistry laboratory becomes more than a workspace. It becomes a controlled scientific ecosystem that supports innovation, accuracy and long term performance.