Exergia

Anonymous industrial case

MVR Evaporation Electrification

A steam-intensive evaporator was converted to an MVR architecture, reducing boiler load while preserving product quality constraints.

Signal
Steam reduction: 88%
Signal
CO2 reduction: 3,400 t/y
Signal
ROI: 4.6 years

Context

The evaporator was one of the largest steam users on the site. Production was continuous enough to justify compressor-based recompression.

Engineering analysis

The feasibility study evaluated vapor quality, boiling point elevation, fouling, compressor lift, acoustic treatment and residual startup steam.

Lessons learned

MVR is most successful when the process team, utility team and supplier agree early on product constraints and cleaning philosophy.

Engineering FAQs

Was steam fully removed?

No. Startup and contingency steam remained, but the base evaporation duty was electrified.