Structural Engineering - Plant Engineering Services

Structural Engineering

Your path to crafting resilient foundations

Empowering plants with precision structural excellence

In the realm of structural engineering for industrial facilities, including hydrocarbon, chemical, power, and water treatment plants, several key tasks and considerations come into play.

TAAL Tech specializes in delivering cutting-edge plant structural engineering services, embodying a commitment to excellence and innovation. With a robust team of seasoned engineers, we offer comprehensive solutions tailored to the unique needs of industrial plants. Our expertise encompasses structural design, analysis, and optimization, ensuring the integrity and efficiency of plant structures. Utilizing advanced technologies and industry-best practices, we deliver cost-effective solutions that enhance safety, durability, and performance. From conceptualization to execution, TAAL Tech’s services span a wide spectrum, including retrofitting, expansion, and maintenance projects. Our client-centric approach prioritizes seamless collaboration and timely delivery, making us a trusted partner in the dynamic landscape of plant engineering.

Dynamic Equipment Foundations

Conducting dynamic analysis to determine the loads and vibrations generated by rotating equipment (e.g., pumps, compressors) and establish design criteria. Designing robust foundations that mitigate vibrations and ensure stability, considering factors like soil conditions, equipment loads, and operational frequencies.

Deep and Shallow Foundations

Performing Geotechnical Analysis to understand soil conditions and assess bearing capacity. Choosing between deep and shallow foundations based on soil properties, loads, and structural requirements.

Process Towers

Conducting structural analyses to determine the loads on process towers, considering equipment loads, wind forces, seismic loads, and temperature effects. Use 3D modelling and clash detection tools to identify and resolve potential clashes between structural elements and other systems. Material selection for the construction of process towers based on structural and environmental considerations.

Pipe Racks and Pipe Supports

Performing Load Analysis from piping systems, including dead loads, live loads, and dynamic loads. Designing pipe racks and supports to accommodate thermal expansion, contraction, and vibration while ensuring structural integrity. Ensuring material used in pipe racks and supports are compatible with the conveyed substances and environmental conditions.

Access Platforms

Safe and accessible access Platform Design for equipment maintenance, inspection, and operation. Stair, Ladder and Handrails Designing that comply with safety regulations and provide easy access for personnel. Integrating safety features such as guardrails and fall protection systems into platform design.

Seismic Design

Performing seismic analysis to determine the seismic forces on structures and foundations. Undertake Reinforcement Designing to resist seismic forces, including the use of seismic reinforcement detailing.

Fire Protection Considerations

Implementing fireproofing measures for structural elements exposed to high temperatures during a fire. Designing structures to maintain integrity under fire conditions and support firefighting efforts.

Quality and Regulatory Compliance

Implementing quality control measures during construction to ensure compliance with design specifications. Designing structures with a focus on durability, considering factors such as corrosion protection and maintenance requirements. Ensuring that structural designs comply with relevant building codes, industry standards, and regulatory requirements.

Cross-Collaboration

Internal collaboration with process engineering team to ensure alignment between process design and equipment layout. Engaging with client to understand specific layout requirements and preferences and feedback to meet their operational needs.