LITTLE P.ENG. FOR ENGINEERING CONSULTANCY SERVICES

Little P.Eng. Engineering provides bulk material handling pipe rack engineering design, structural analysis, 3D modeling, pipe support design and detailed engineering drawings across the USA and Canada. We design safe, code-compliant pipe racks for mining, power, oil & gas, chemical, cement, manufacturing and industrial facilities, integrating piping, conveyors, equipment, platforms and structural steel.

Little P.Eng. Engineering provides Rapid Train Load-Out Station engineering design, 3D modeling and engineering drawings across USA and Canada. Our services include load-out towers, silos, surge bins, hoppers, conveyors, feeders, weigh bins, loading chutes, structural steel, foundations, platforms, DEM analysis and detailed fabrication drawings for mining, aggregates, fertilizer, grain, coal, cement and bulk material handling facilities.

Little P.Eng. Engineering provides Wagon Unloading and Tripper Engineering Design, 3D Modeling and Engineering Drawings across the USA and Canada. Our bulk material handling engineers specialize in railcar unloading systems, receiving hoppers, feeders, conveyors, transfer chutes, tripper conveyors, structural supports, platforms and foundations for mining, power, cement, aggregates, terminals and industrial facilities.

Little P.Eng. Engineering provides professional Apron Feeder design, engineering calculations, structural analysis, equipment layouts, fabrication drawings, and support design across the USA and Canada. Specialized bulk material handling engineering for mining, aggregates, cement, mineral processing, power generation, recycling, and heavy industrial facilities.

Little P.Eng. Engineering delivers professional piping stress analysis, pipe support design, seismic bracing, FEA, and 3D piping engineering services for data centers and AI facilities across the USA and Canada. Our experts use CAESAR II, AutoPIPE, and advanced engineering tools to analyze thermal expansion, equipment nozzle loads, chilled water systems, cooling infrastructure, vibration, and structural interactions, ensuring safe, reliable, code-compliant, and cost-effective