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Mechanical Vapour Recompressors (MVR) Process

Are you struggling in your multi effect evaporator?

  • Are you fed up with high consumption of steam?
  • High cost of boiler operation?
  • High maintenance cost of auxiliary pumps?
  • Mixing steam with process fluids?
  • Secondary treatment of condensed steam effluent generated?
  • Large footprint of installation?
  • Low flexibility in operation?
  • High manpower deployment for operation and thus high operating cost?

Most common mistake designers make while selecting the product/technology !!!

  • Overlooking the long term operating cost
  • Overlooking the overall energy consumption
  • Overlooking the overall footprint of the equipment
  • Focus on capex cost and not total cost of ownership
  • Wrong material selection while choosing an MVR supplier
  • Incorrect sealing mechanism for MVR leading to frequent failures.
Mechanical Vapour Recompressors (MVR)

8 Benefits of adopting to MVR/MVC technology by Everest

  • Reduction in steam consumption by up to 85%. MVR uses electrical energy to re-compress the evaporated vapours and resend these vapours back into the evaporator to evaporate another mass of liquid.
  • Instantaneous start/stop option since it is a mechanically driven machine, process stabilization is much faster.
  • Low specific power consumption before high volumetric efficiency leading to high overall coefficient of performance of up to 9.
  • Reduced footprint as a compact high-speed machine is installed which can cater to multiple effects.
  • Special alloy MOC for all wet parts to deliver even in the harshest conditions.
  • Special triple sealing mechanism (patent a/f) to prevent any process material contamination of oil and thus enhancing the product life drastically.
  • Reliable design and strong service and part support guarantee best in class uptime guarantee.

7 Differentiating benefits that our customers get from Everest MVR !!!

  • Alloy steel construction with special plating on wet parts leading to prolonged pump life
  • Triple sealing (patent a/f) ensures no process material contamination with lubricating oil, thus making the machine an oil free design.
  • No process fluid contamination with water or any other sealing fluid. More than 90% process fluid recovery for reuse.
  • Reduced load on colling tower and boiler by upto 85%, the heat generated is being consumed within the system itself.
  • High volumetric efficiency ensures that machines operate at a high COP of about 9, giving excellent operating economics to customers and reducing their opening by almost 50% as compared to TVR technology.
  • High volumetric efficiency, high displacement & high delta p machines designed specifically for MVR operation along with enhanced sealing and metrology ensure long-term trouble-free operation.
  • Ready spare parts availability and economically priced spares ensure low cost of maintenance as benchmarked to competitors.
Mechanical vapour recompressor visual

Below is a Table for cost benefit analysis of using MVR over TVR and how an MVR can save substantial cost for the customer and payback period. Following presumptions have been made to facilitate calculations.

 

Steam Cost - Rs./KgPower Cost (Rs./KW)CW Cost (Rs/m3)
2.562
Hrs. of Operation/DayNo. of Days/Operation
Triple Effect Evaporator with TVRSingle Effect Evaporator with MVR
20300
Steam Consumption600 Kg/hr300Kg/hr - First 3 hrs to Stabilize
CW Consumption55m3/hr30m3/hr
Power Requirement70HP/52KW215HP/160KW
Steam Cost (Rs.)90,00,000.006,75,000.00
CW Cost (Rs.)6,60,000.003,60,000.00
Power Cost (Rs.)18,72,000.0057,60,000.00
Total Cost (Rs.)1,15,32,000.0067,95,000.00
Total Savings (Rs.)47,37,000.00

Therefore in a typical such replacement the customer can save upto ₹ 47.37 lacs in Operating Cost. Even if we factor the cost of Capital Equipment (Replacement) to be around ₹ 35 lakhs, the payback of MVR over TVR is still coming within a payback of 10 months. All savings beyond this period will directly add to the bottom-line.

Specifications - MVR

Capacity:200 kg/hr - 6000 kg/hr (single module), can be multiplied by adding similar modules
ΔP:100 mbar - 1000 mbar
Application Range:50 mbar (abs.) to 2000 mbar (abs.)
Power:5kW to 250 kW
Sealing:PTFE compound double lip (VDHTPTFE) as primary and Labyrinth as secondary Sealing
Coating:Corrosion resistant special coating and alloy steel construction on all internals and wetted parts for higher durability and longer life. (high wear resistance)
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Vast Experience

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World Class Manufacturing

World Class Manufacturing

Pan India Presence of more than 40 years with Sales & Service Staff of more than 40+ people deployed all across the country with regional offices in Hyderabad & Baroda.
R&D Labs

R&D Labs

Pan India Presence of more than 40 years with Sales & Service Staff of more than 40+ people deployed all across the country with regional offices in Hyderabad & Baroda.

Testimonials

Everest Vacuum is a leading vacuum systems solution provider with great after sales service & support, they have done brilliantly well in understanding our
complete product & process requirement, designed a customised solution for us & supported us in commissioning of the product in the right fashion. We had to upgrade our installations from Stem/Water Jet ejectors to Dry Screw Vacuum Pumps looking into the enormous advantages that it would offer in terms of consistent deep vacuum & environmental friendly technology. We are very glad that we dealt with such a company who demonstrated high standards of professionalism along without losing sight of customer requirements. We would like to work with them again in the future & wish them all the best.

Mr. Kunal Sikchi

MD, Matrix LifeSciences

We have been using Everest Dry Vacuum Pumps & Systems for more than 5 years now. Everest machines are running very efficiently and have helped us save millions of rupees in terms of enhancement in productivity, downtime and innovative engineering.

 

Mr. RP Bhosale

AVP, Engineering (Vinati Organics limited)

The Machines procured from Everest are running well in our processes. The Commissioning team of Everest has shown their expertise with the processes and has successfully completed the commissioning of the machine.

 

Mr. Suresh Bahadur

AVP, Admark Polycoats Pvt Ltd.