Technical Studies & Consulting

Product List

Specialized Technical Consulting – Green Energy Feasibility: Comprehensive assessment of renewable and sustainable energy solutions tailored to project needs.
Evaluate potential of solar, wind, hydro, and micro-nuclear power systems based on location, resource availability, and infrastructure readiness.
Conduct technical and economic feasibility studies, including capital cost estimates, operational cost projections, and return-on-investment analysis.
Model energy output using advanced simulation tools to predict performance under varying environmental conditions.
Assess environmental impact, grid integration requirements, and compliance with clean energy regulations.
Provide optimized system configurations to maximize efficiency and long-term sustainability.
Support clients in preparing proposals, funding applications, and securing regulatory approvals.

3D Engineering Modeling: Creation of highly accurate, full-scale 3D models for industrial facilities, ensuring precision and efficiency in design and construction.
Develop detailed Piping & Instrumentation Diagrams (P&IDs) and complete equipment layouts in compliance with industry standards.
Visualize complex plant systems to improve communication between engineering, procurement, and construction teams.
Identify design clashes and optimize space utilization before physical construction begins.
Integrate structural, mechanical, piping, and electrical components into a unified model.
Support virtual walk-throughs and simulations to validate operational workflows and maintenance accessibility.
Facilitate faster design approvals and reduce costly on-site modifications.

Pressure Drop & Pipe Sizing: Accurate analysis and design to ensure optimal fluid transport efficiency in industrial and commercial systems.
Calculate pressure losses due to friction, fittings, valves, and elevation changes across pipelines.
Select optimal pipe diameters to balance capital cost, pumping power requirements, and operational efficiency.
Evaluate different material options considering durability, corrosion resistance, and maintenance needs.
Simulate various flow conditions to ensure reliable performance during peak and off-peak operations.
Identify and mitigate risks of cavitation, erosion, or vibration in high-velocity sections.
Enhance energy efficiency by reducing unnecessary head losses and optimizing pump sizing.

HOMER, PLS-CADD, I-HOGA