Explore why Shell and Tube Heat Exchangers excel in HTHP regimes. Grano analyzes mechanical integrity, pressure containment, and lifecycle advantages over PHEs.
Explore engineering design for multi-section plate heat exchangers (PHE). Learn about thermal regeneration, partition plates, and hydraulic flow in HTST processes.
Discover why BPHE installation direction matters. Learn how vertical orientation prevents air traps, reduces scaling, and boosts Grano heat exchanger efficiency.
Learn how to protect your Brazed Plate Heat Exchanger (BPHE) from clogging. This guide covers filter mesh sizing, strainer types, and installation tips for Grano units.
Learn why your plate heat exchanger needs frequent cleaning, including water quality changes, low flow velocity, and improper plate selection. Discover engineering optimization strategies like high-turbulence plates, better filtration, and condition-based maintenance to extend cleaning intervals and improve efficiency.
Discover the primary causes of high pressure drop in plate heat exchangers, including fouling, incorrect plate arrangement, and design mismatch. Learn systematic troubleshooting steps, real-world solutions, and when to repair or replace components for optimal performance.
