Braveators Engineering LLP

We are engaged in offering a qualitative Multi Effect Evaporation Plant Installation Services to our valuable clients. We offer this service in an excellent manner within a scheduled time-frame. The offered service is performed by our highly qualified professionals using excellent grade tools and advanced technology. Owing to its perfect execution and flawlessness, this service is widely appreciated by our precious clients. Further, we provide this service as per the requirements of our clients at most affordable price.

We are engaged in offering a qualitative Multi Effect Evaporation Plant Installation Services to our valuable clients. We offer this service in an excellent manner within a scheduled time-frame. The offered service is performed by our highly qualified professionals using excellent grade tools and advanced technology. Owing to its perfect execution and flawlessness, this service is widely appreciated by our precious clients. Further, we provide this service as per the requirements of our clients at most affordable price.

Zero Liquid Discharge (ZLD) / Multi Effect Evaporation (MEE) plants are now necessary in the modern world. The ZLD plant is a cutting-edge technology thatreduces liquid waste from industrial operations and transforms it into solids that can be securely disposed of without harming the environment and clean water forreuse. By-products created during the process can potentially be recovered and sold to generate additional revenue.For this we can use the combination of the heat exchangers , vapor liquid separator , transfer and circulations pump , salt separation technology , etc..  Evaporation Plant Types  1. Falling Film Evaporation Plant.  2. Forced Circulation Evaporation Plant. 3. Natural Circulation Evaporation Plant. 4. Rising Film Evaporation Plant. 5. With-Out TVR based Evaporation Plant (Steam)6. TVR based Evaporation Plant. 7. MVR based Evaporation Plant.8. Thermic Fluid Heater based Evaporation Plant , Etc... Application of the Evaporation Plants. 1. To Achieving the ZLD norms as per the GPCB/CPCB.2. Product concentration. 3. Volume reduction.4. Salt recovery (Sodium Sulphate , Sodium Chloride , Glauber Salt , Etc..)5. Caustic Concentration. 6. Etc.. This is the mechanical equipment , design basic on the thermal calculation considering the concentration of the solids at the inlet , heating source availability ,        boiling point rise , application considering the general engineering practice (GEP) , ASME , TEMA , etc..  

Vacuum systems are surrounded by the earth’s atmosphere. To create vacuum, it is necessary to pump air out of a system. The internationally accepted unit of vacuum measurement is the Torr.

The Steam Jet Ejector consists of three basic parts: Steam nozzle, Suction Chamber and Diffuser. Steam enters the motive steam nozzle from the steam chest. The nozzle extension is used to establish the position of the motive steam nozzle relative to the diffuser inlet. High pressure motive steam expands across a converging-diverging nozzle and is thus accelerated to a supersonic velocity.

The high velocity motive stream entrain the mixture is accomplished across the diffuser by conversion of velocity to pressure head. This is converted to velocity head in the motive steam nozzle, velocity heads is converted to pressure head in diffuser.

Steam Jet Ejector offer an economical means producing vacuum. It has no any moving parts, simple operation.

Ejector construction:

The ease of Steam Jet Ejector design permits fabrication from any welded material i.e. Carbon Steel, Stainless Steel, Hastelloy, Titanium, Graphite construction.

No of Stages:

Single Stage Ejector creates vacuum from atmospheric to 75 mm Hg A based on provided steam pressure. Higher vacuum more than 1 mm Hg A, may be achieved by multistage ejector. Multi stage ejector require either Barometric or Indirect type condensers. Condenser is require to reduce steam under certain conditions, recover condensate.

Ejector can handle process gases i.e. air, water vapour, SO2, Hexane, Toluene, EG and many other organic & inorganic vapours.

We “Engimech” supplies complete packages which includes ejectors, condensers, piping, valves, skid etc.,

 

Type of  Ejector Vacuum System

· Steam Jet Vacuum System

· Liquid Jet Vacuum System

· Steam + Liquid Jet Vacuum System

· Air Jet Vacuum System

· Rotajet Vacuum System

· Steam + Rotajet Vacuum System

· Liquid + Rotajet Vacuum System

· Thermo Vapor Compressor

MOC

· Metallic (SS304, SS316, MS, CS , DUPLEX , SUPERDUPLEX , ETC.. )

· Non Metallic (PP , GRAPHITE , ETC..)

 

M/s Braveators is among the best filtration technology providers of India. Filtration process removes particulate matter by passing the water through porous media. It consists of different types of media which is usually made up of sand, gravel and charcoal. There are two types of sand filtration, slow sand filtration and rapid sand filtration. Slow sand filtration is a biological treatment process which uses bacteria to treat the wastewater. Bacteria from a top layer of sand clean the water by digesting the contaminants in the water. The disadvantage of using a slow sand filtration process is that it requires large area for the system to operate as the flow rate of water must be maintained between 0.1 to 0.3 metre per hour. As a result, new technology was developed known as rapid sand filtration. Rapid sand filtration has an advantage over slow sand filtration that it can handle higher flow rate.

Types of filter

 

• Dual Media Filter (DMF)
• Activated Carbon Filter (ACF)
• Pressure Sand Filter (PSF)
• Multi Grade Filter(MGF)

Dual media filter (DMF)

• Treated water or effluent from the treated water tank is feed to DMF.
• Dual Media Filter (DMF) is ideal for filtration of water having very fine suspended matter like mud, dust particles and biological growth.
• DMF is a vessel constructed of welded mild steel and provided with manhole with cover/top and bottom flanged covers, supports, raw water distributor, underdrain collection and backwash water jet system.
• Treated water flows downwards through the filter bed, and the turbidity and suspended matter are retained on the sand surface.
• Filtered water is collected by an underdrain system in the bottom of the vessel and flows through the outlet to service.
• Resistance is experienced when a water of normal flow rate passes through the passage.
• Cleaning of filter bed is effected by passing a reverse upward flow of water through the filter for approximately 3 to 5 minutes.

Activated Carbon Filter (ACF)

• Treated water will be transferred to the activated carbon filter.
• Activated carbon filter consists of a vertical pressure vessel fitted with a set of frontal pipe and valves, different type of filtration media will be supported by layers of a bed consisting of pebbles and gravels with a distributor at top to distribute the incoming water across the filter and an underdrain system for the collection of filtered water.
• ACF is a pressurized filter with backwash arrangement.

Pressure Sand Filter (PSF)

• The Pressure Sand Filter consists of a multiple layer of sand with a variety in size and specific gravity.
• These Filters are designed to remove turbidity and suspended particles present in the feed water with minimum pressure drop.
• The Pressure sand filter consists of a pressure vessel either vertical or horizontal, with a set of pipe work and valves, graded silica quartz sand supported by layers of graded under bed consisting of pebbles and gravels, and a top distributor to distribute the incoming water uniformly throughout the cross section of the filter, also an under drain system to uniformly collect the filtered water.

Multi Grade Filter (MGF)

• Multi grade filter is a depth filter that makes use of coarse and fine media mixed together in a fixed proportion.
• The arrangement produces a filter bed with adequate pore dimensions for retaining both large and small suspended particles. The filter performs at a substantially higher specific flow rate than conventional filters.

Vacuum systems are surrounded by the earth’s atmosphere. To create vacuum, it is necessary to pump air out of a system. The internationally accepted unit of vacuum measurement is the Torr.

The Steam Jet Ejector consists of three basic parts: Steam nozzle, Suction Chamber and Diffuser. Steam enters the motive steam nozzle from the steam chest. The nozzle extension is used to establish the position of the motive steam nozzle relative to the diffuser inlet. High pressure motive steam expands across a converging-diverging nozzle and is thus accelerated to a supersonic velocity.

The high velocity motive stream entrain the mixture is accomplished across the diffuser by conversion of velocity to pressure head. This is converted to velocity head in the motive steam nozzle, velocity heads is converted to pressure head in diffuser.

Steam Jet Ejector offer an economical means producing vacuum. It has no any moving parts, simple operation.

Ejector construction:

The ease of Steam Jet Ejector design permits fabrication from any welded material i.e. Carbon Steel, Stainless Steel, Hastelloy, Titanium, Graphite construction.

No of Stages:

Single Stage Ejector creates vacuum from atmospheric to 75 mm Hg A based on provided steam pressure. Higher vacuum more than 1 mm Hg A, may be achieved by multistage ejector. Multi stage ejector require either Barometric or Indirect type condensers. Condenser is require to reduce steam under certain conditions, recover condensate.

Ejector can handle process gases i.e. air, water vapour, SO2, Hexane, Toluene, EG and many other organic & inorganic vapours.

We “Engimech” supplies complete packages which includes ejectors, condensers, piping, valves, skid etc.,

 

Type of  Ejector Vacuum System

· Steam Jet Vacuum System

· Liquid Jet Vacuum System

· Steam + Liquid Jet Vacuum System

· Air Jet Vacuum System

· Rotajet Vacuum System

· Steam + Rotajet Vacuum System

· Liquid + Rotajet Vacuum System

· Thermo Vapor Compressor

MOC

· Metallic (SS304, SS316, MS, CS , DUPLEX , SUPERDUPLEX , ETC.. )

· Non Metallic (PP , GRAPHITE , ETC..)

 

Vacuum systems are surrounded by the earth’s atmosphere. To create vacuum, it is necessary to pump air out of a system. The internationally accepted unit of vacuum measurement is the Torr.

The Steam Jet Ejector consists of three basic parts: Steam nozzle, Suction Chamber and Diffuser. Steam enters the motive steam nozzle from the steam chest. The nozzle extension is used to establish the position of the motive steam nozzle relative to the diffuser inlet. High pressure motive steam expands across a converging-diverging nozzle and is thus accelerated to a supersonic velocity.

The high velocity motive stream entrain the mixture is accomplished across the diffuser by conversion of velocity to pressure head. This is converted to velocity head in the motive steam nozzle, velocity heads is converted to pressure head in diffuser.

Steam Jet Ejector offer an economical means producing vacuum. It has no any moving parts, simple operation.

Ejector construction:

The ease of Steam Jet Ejector design permits fabrication from any welded material i.e. Carbon Steel, Stainless Steel, Hastelloy, Titanium, Graphite construction.

No of Stages:

Single Stage Ejector creates vacuum from atmospheric to 75 mm Hg A based on provided steam pressure. Higher vacuum more than 1 mm Hg A, may be achieved by multistage ejector. Multi stage ejector require either Barometric or Indirect type condensers. Condenser is require to reduce steam under certain conditions, recover condensate.

Ejector can handle process gases i.e. air, water vapour, SO2, Hexane, Toluene, EG and many other organic & inorganic vapours.

We “Engimech” supplies complete packages which includes ejectors, condensers, piping, valves, skid etc.,

 

Type of  Ejector Vacuum System

· Steam Jet Vacuum System

· Liquid Jet Vacuum System

· Steam + Liquid Jet Vacuum System

· Air Jet Vacuum System

· Rotajet Vacuum System

· Steam + Rotajet Vacuum System

· Liquid + Rotajet Vacuum System

· Thermo Vapor Compressor

MOC

· Metallic (SS304, SS316, MS, CS , DUPLEX , SUPERDUPLEX , ETC.. )

· Non Metallic (PP , GRAPHITE , ETC..)

 

Additional Information:

• Production Capacity: customized