SV Equipments Private Limited

Patancheru, Medak, Telangana

Through our designs, we ensure that during rotation of the impeller, a vacuum is created at the tip due to Venturi action. This vacuum overcomes the liquid head. Fresh or unreacted gases from the vessel upper crest re-circulate into the liquidslurry through the hollow shaft. Higher gas flow rates and finer bubbles sizes impart a very high gas-liquid interfacial area. A unique flow pattern provides desired movement of the catalyst and excellent contact of the gases with the catalyst or solids.

• MOC (Material of Construction)300 Grade Stainless Steel, Carbon Steel.
• DesignCustom Designs (Design Code - API 650) or Standard Designs.
• Tank Sizes4000 Lts to 200,000 Lts.
• ConfigurationsVertical, Horizontal, Above Ground, Underground.

We offer efficient nutsche filters for liquid / solid separation in a completely non-metallic environment. The entire unit is mounted on four legs with castor wheel for easy mobility. Our Nutsche Filter provides superior corrosion resistance and permits the handling of virtually all acids and salts at a very high temperature. The filter surface eliminates contamination to increase product purity and allows an easy, fast and thorough cleaning. Specifications: Available in SS304 / SS316 contact parts Available sizes: 20", 25", 30", 40", & 50" Dia. as per requirement

Welded Plate Heat Exchanger Our company manufactures welded plate heat exchangers that ensure high performance in various industrial applications. These welded plate heat exchangers are manufactured from dissimilar materials when one side gets exposed to corrosive conditions. There is no real limitation of maximum flow of these heat exchangers. Their temperature ranges from 195 zero C - + 540 zero C and maximum work pressure is 70 bar. The connections of these heat exchangers are DN25 - DN300 Weld neck, flange or threaded and there is no upper limitation as these elements can be connected in parallel within the unit.   Immersion Heat Exchanger We manufacture prime surface / immersion heat exchanger that are constructed from two metal sheets forming a series of passages through which heating or cooling media flows. These heat exchangers are available in more than 300 sizes and in a huge variety of custom designed solutions. There is no real limitation of maximum flow of these heat exchangers. Their temperature ranges from Up to 205 zero C and maximum work pressure is 28 bar. These heat exchangers consists of water, freon, ammonia, calcium or sodium brine and there is no upper limitation as these elements can be connected in parallel within the unit.   Gasketed Plate And Frame Heat Exchanger Our company brings high quality gasketed plate and frame heat exchanger that fulfills the requirements of various industries. These gasketed plate and frame heat exchangers are available in different plate patterns, various sizes and thermal lengths that make endless combinations. Their connections size varies from 25 mm to 500 mm. Our gasketed plate and frame heat exchangers consists of different plates such as AISI304, AISI316, Titanium, SMo 254, Ti-Pd Hastelloy and other nickel alloys. Furthermore, these involve various gaskets such as nitrile, butly, EPDM, hyplalon, fluoro rubbers .

we specialize in designing and supplying coded Gas Liquid Reactors and Hydrogenators with highly efficient impellers and overall agitators for gas liquid reactions in aggressive services. Our impellers are ideal for reactions such as:   Hydrogenation Chlorination Bromination Oxidation Ammonolusis Sulphonation Ethoxylation Carbonation Flurorination Phosgenation   Through our designs, we ensure that during rotation of the impeller, a vacuum is created at the tip due to Venturi action. This vacuum overcomes the liquid head. Fresh or unreacted gases from the vessel upper crest re-circulate into the liquid/slurry through the hollow shaft. Higher gas flow rates and finer bubbles sizes impart a very high gas-liquid interfacial area. A unique flow pattern provides desired movement of the catalyst and excellent contact of the gases with the catalyst or solids.

Seal designs and installations for mixers, agitators and vessels vary according to their position on the vessel, that is, whether the rotating shaft is top, side or bottom entry . Also, the material of the vessel, whether it is steel or glass-lined, has a significant influence on the seal design.  Daybreak has a complete range of products for all vessel configurations and relevant design standards . Special designs are also made for specific customer requirements. Top Entry Vessels: Seals for top entry vessels are expected to retain the gas or vapour above the fluid in the vessel. To do this, double seals are normally recommended, although for very light duties a single seal can be used.  Unlubricated or dry running seals are being increasingly applied because they avoid the need fora seal lubricating system. Side Entry Vessels: In a side entry vessel the seal is normally fully immersed in the liquid in the vessel . Therefore, the seal arrangements tend to be similar to conventional pump seal installations. Bottom Entry Vessels: The seal in a bottom entry vessel is also fully immersed in the liquid , but unlike the side entry arrangement, careful consideration has to be given to the possible accumulation of solids and other debris around the seal. Short Axial Length Seals: Vessels are often designed with the shortest possible shaft length to reduce deflection and production costs.  Normally, this requires the bearing to be positioned as close as possible to the vessel body, which has led to the development of short axial length seal designs, and installations which incorporate the bearing and seal into one integrated unit.