At the core of our technology is our Mechanical Vapour Recompression (MVR) unit, that typically uses 80-98% less energy than a conventional boiling process. For SKTMPL and our customers, it is essential to ensure that we choose the correct technical solution for each and every project. Consequently, we provide both complete new installations and convert existing evaporation technology into our more efficient MVR technology.

Our goal is to provide reliable support and flexibility during the plant’s complete life cycle: from testing and sales to project engineering, commissioning, supervision, support and 24-hour After Sales services.

In the present scenario of energy savings, filtration technology has come to play a key role by being part of the evaporation system; there are lot of improvements and it is reliable, such that, many plants are considering the installation of membrane filtration equipment, rather than pre-concentrating evaporators to reduce up front capital costs during new construction. Falling film finishing evaporators are being used more frequently to generate the total solids required in the drying process. This often leads to a decision of whether to install a thermal vapor recompression (steam ejector) style evaporator or a mechanical vapor recompression style evaporator.

The question of whether to use thermal vapor recompression (TVR) or mechanical vapor recompression(MVR) is most often a question of long term operational costs versus up front capital costs.

The decision over whether to install a TVR versus an MVR finisher for many companies comes down to steam generation costs (most importantly the uncertainty of fuel prices in today’s volatile fossil fuel market place), how those costs compare to electrical costs per kWh, and the upfront capital costs of a turbofan or turbo compressor.