The foundation of any high-performance chemical or pharmaceutical processing plant lies in its process engineering parameters. Tech-Sol Services employs advanced process models to balance mass transfers, determine heat integration values, and chart optimal flow velocities.
Our detailed chemical calculations cover fluid hydraulics, NPSH checks for pumps, control valve CV sizing, and vent relief parameters, preventing operational bottlenecks before construction starts.
View Engineering PortfolioUtilizing advanced 3D engineering software to map physical constraints and mechanical overlaps.
Routing process fluid lines across massive steel layouts requires absolute conflict-free coordination. We build complete, physical-fidelity 3D mockups of process machinery, structural supports, and piping racks to optimize operator reach, process pathways, and utility connections.
Sizing equipment spacing to ease maintenance and allow quick exit routes.
Detailed lines routing with expansion loops and optimized pressure drops.
Zoning air handler units and filter housings for sterile pharma spaces.
Mapping structural dynamic loading points for massive equipment anchors.
Sizing glass-lined (GLR) and stainless steel (SSR) vessels with dynamic agitator configurations.
Engineering packed or tray towers for solvent purification and recovery lines.
Sizing shell-and-tube, spiral, and plate coolers for high-efficiency heat integration.
Selecting fluid bed (FBD), vacuum tray (VTD), and rotary cone vacuum dryers (RCVD).
Industrial processing relies heavily on stable, efficient utility backbones. Our thermal engineers calculate exact consumption profiles and select high-performance systems to support reactor cooling, product drying, and sterile cleaning loops.
By analyzing utility waste streams, we design energy recovery networks like condensate flash drums and air pre-heaters, cutting operating costs by up to 22%.
We facilitate comprehensive Hazard and Operability studies, utilizing node analysis to identify process deviations and implement safety interlocks (SIL).
Zoning explosive gas environments (hazardous area classifications), designing pressure release vents, and structural fire protection.
Ensuring layout plans completely isolate sterile and raw zones, map clear personnel airlocks, and satisfy USFDA, WHO, and Schedule M standards.
KK Electricals is the parent company and all credentials and financials belong to it.