Inditech Valves Pvt Ltd Karve Nagar, Pune, Maharashtra

IndiTech Series 240 venturi desuperheaters are best suited for applications where water pressures are marginally above steam pressure. The inlet section of the venturi desuperheater has a converging profile, where the steam velocity increases. The steam then passes through a vena contracta. The spray water is injected at the outlet section of the venturi desuperheater, where the rapidly diverging profile causes increased turbulence levels. This ensures quick vaporization and efficient mixing of the spray water into the superheated steam flow. The spraywater quantity is controlled by an external control valve whichresponds to feedback from a controller and downstream temperature sensor.   Features Ideal for water pressure marginally above steam pressure. Efficient mixing due to water injection in highly turbulent& expanding steam after vena contracta. No moving parts or special supports required. Capable of maintaining steam temperature to saturation + 6°C. High performance spray nozzles that atomize water into a fine mist. Wide range of Kv / Cv values by using special nozzle combinations Offers negligible steam pressure drop. Approved under IBR (Indian Boiler Regulation Act).

IndiTech Series 260 spring loaded nozzle desuperheaters are best suited for applications involving moderate load fluctuations. A spring loaded nozzle desuperheater utilizes high performancevariable geometrynozzles to reduce the steam temperature by directly injecting water inside the superheated steam flow. The spray water enters the nozzle chamber through multiple tangentially drilled holes, thereby causingwaterto swirl within the nozzle chamber. The spring, which is pre-compressed to a certain set pressure, keeps the nozzle plug pressed against the seat.As soon as the pressure differential between the water & steam exceeds thisset pressure, the plug lifts from its seat and the spray water exits through the small circumferential opening, in the form of a fine mist.Number of nozzles, spring range and spring set pressure is selected based on the process specifications.The spraywater quantity is controlled by an external control valve whichresponds to feedback from a controller and downstream temperature sensor.   Features Variable area orifice, back pressure activated desuperheater. Capable of maintaining steam temperature to saturation +6°C. Set pressure & spring range selection ensures sequential opening of the individual nozzles.This leads to precise control of water flow and thereby temperature. Wide range of Kv / Cv values by using special nozzle combinations. High performance variable geometry nozzles that atomize water into a fine mist. Replaceable individual nozzles.

PRS Station: Your One-Stop Solution for Seamless Pressure Regulation. A pressure reducing station (PRS) regulates the flow of high-pressure fluids to a desired, lower pressure. This vital component ensures a continuous supply of fluids at optimum pressure and also safeguards the downstream equipment in countless industrial processes. But the PRS system doesn't just regulate pressure; it also plays a crucial role in saving energy. By reducing pressure, the PRS System ensures that the process fluid is used only as needed, minimising waste and lowering operating costs. The IndiTech Pressure Reducing Station is a unified solution comprising carefully designed components working in perfect synchronisation. Each element collaborates to deliver a reliable and optimised performance from precise pressure reduction to intuitive control systems.   Applications Steam Pressure Reducing Stations Water Pressure Reducing Stations Nitrogen Pressure Reducing Stations Oxygen Pressure Reducing Stations Other fluids on request    

Brand Name : IndiTech Valves

Application : Industrial Use

Most modern boilers generate steam at high pressures & temperatures. High pressure steam has lesser volume than steam at atmospheric pressure, thereby translating into smaller boiler size & lower diameter of steam piping. Also, high temperature (superheated) steam has more energy, which translates into higher efficiency for power generating steam turbines.

PRDS Station: Your One-Stop Solution for Precise Steam Conditioning The PRDS Station, or Pressure Reducing & Desuperheating Station, is a critical component in industrial processes requiring precise steam control. It combines two essential functions: 1. Pressure Reduction: A pressure control valve regulates the steam pressure to the desired level, preventing damage to equipment and optimizing efficiency. 2. Temperature Control: A desuperheater mixes atomized water with the steam, effectively reducing its temperature to the required set point. The PRDS system is a unified solution comprising carefully designed components working in perfect synchronization. From precise pressure reduction, efficient desuperheating and intuitive control systems, each element collaborates to deliver a reliable and optimized performance. IndiTech PRDS station is a modular steam conditioning unit to reduce the steam pressure & temperature at the point of usage, and it can be directly installed into your existing steam network. We offer a wide range of PRDS Stations, designed for diverse applications and capable of ensuring optimal performance. IndiTech PRDS Stations are your key to achieving the perfect balance of steam pressure and temperature for your specific needs.   Applications HP / LP Process PRDS Ejector & Gland Sealing / Auxiliary PRDS Deaerator Pegging PRDS Turbine Bleed / Extraction PRDS  Turbine Bypass / Dump PRDS

Brand Name : IndiTech Valves

Application : Industrial Use

Desuperheatersare used to lower the temperature of superheated steam to the desired set point by injecting atomized water into the superheated steam flow. IndiTech has a wide range of desuperheaters that provide precise steam temperature control for variousapplications. High performance custom designed nozzles ensure that water is atomized into a fine mist at all process conditions. The complete range of IndiTech desuperheaters is easy to install and requires low maintenance.   Variable Nozzle / Multi Nozzle Desuperheaters (Series 230) IndiTech Series 230 variable nozzle desuperheaters are best suited for applications involving high load fluctuations. They are designed to controlthe quantity of spray waterat the point of water injection, thereby eliminating the need of a separate water control valve. This is achieved by coupling the desuperheater with an actuator and subsequently varying the number of injection nozzles in operation.Nozzle opening is controlled through precise positioning of the desuperheater stem in response to feedback from a controller and downstream temperature sensor. Temperature reduction occurs as the fine mist ofwater rapidly vaporizes into the superheated steam.   Features No external cooling water control valve required. Capable of maintaining steam temperature to saturation + 6°C. High performance spray nozzles that atomize water into a fine mist. Nozzles are stellited for water pressure drop more than 25 bar. Single piece forged body. Wide range of Kv / Cv values by using special nozzle combinations. All sealing joints (body-seat & body-nozzle holder) are stellited to provide leak tightness even after prolonged usage. Spray nozzles vacuum brazed to the body to prevent leakage, thereby avoiding disturbancesin the water swirl pattern and atomization. Approved under IBR (Indian Boiler Regulation Act).

IndiTech High Pressure (HP) Strainer is used for high pressure applications up to ANSI Class 2500. These strainers are designed in accordance with ASME B16.34 and ASME Section VIII-Div-1 and IBR.   Features Simple, rigid & compact forged body Easy assembly & dismantling Low maintenance, easily available spares Ordering Details Operating conditions – Media, Flow, Pressure, Temperature

Type : ‘T’ type

Mesh Size : 40

Features Water injection up to 15%. Water injection from bottom provides easy access to water spray holes for maintenance. Only one set of gland packing reduce friction on spindle and assists smooth operation of valve. Rangeability 40:1 for both steam and water. No. of pressure reducing stages up to 3. Predicted noise level below 85 dB. Approved under IBR (Indian Boiler Regulation Act).

IndiTech Series 250 fixed nozzle desuperheaters are best suited for applications involvingminimalloadfluctuations. A fixed nozzle desuperheater utilizes high performancefixedgeometry nozzles to reduce the steam temperature by directly injecting water inside the superheated steam flow. The water enters the main desuperheater body,passes through the spray nozzlesand discharges into the steam line in the form of a fine mist. The spraywater quantity is controlled by an external control valve whichresponds to feedback from a controller and downstream temperature sensor.   Features Fixed area orifice desuperheater. Most simple and economical desuperheater Capable of maintaining steam temperature to saturation +6°C. High performance fixed geometry nozzles that atomize water into a fine mist. Nozzles are stellited for water pressure drop more than 25 bar. No moving parts or special supports required. Spray nozzles have in-built check valve to prevent entry of steam into water line. Wide range of Kv / Cv values by using special nozzle combinations Approved under IBR (Indian Boiler Regulation Act).

DSH Station: Your One-Stop Solution for Accurate Temperature Control The Desuperheating Station (DSH) regulates the steam temperature by injecting atomized water into the steam flow thereby gently reducing the temperature to the desired set point. IndiTech's DSH Station is a powerful tool for industrial processes that require precise control of steam temperature. The benefits extend far beyond temperature control. By ensuring optimal steam conditions, it helps to: Protect vital equipment: High-temperature steam can damage sensitive equipment, leading to costly downtime and repairs. IndiTech’s DSH Station safeguards your investments by maintaining safe operating temperatures. Enhance product quality: Many industrial processes require specific steam temperature conditions for optimal product quality. IndiTech’s DSH Station ensures consistent temperature, leading to superior results. Boost efficiency: Precise steam temperature control optimizes energy consumption, minimizing waste and reducing operating costs. With its easy installation, minimal maintenance requirements, and reliable performance, the IndiTech DSH Station is an indispensable tool for any industry that relies on steam to power its operations.

Application : Industrial Use

Desuperheatersare used to lower the temperature of superheated steam to the desired set point by injecting atomized water into the superheated steam flow. IndiTech has a wide range of desuperheaters that provide precise steam temperature control for variousapplications.

A control valve is a power operated device which modifies the fluid flow or pressure in a process control system. It consists of a valve connected to an actuator mechanism that is capable of changing the position of a flow controlling element in the valve in response to a signal from the controlling system. The design of the seat and the plug determines the flow coefficient (KV) and the flow characteristic, as well as the seat leakage rate of a control valve. The IndiTech Series 210 control valves offers a variety of valve sizes, materials and trim options to cover a wide range of control applications within the power, process and other industries. The valve bodies are specially designed using latest CFD techniques, to ensure a smooth flow pattern and reduced turbulence.   The valve internals are optimized based on the specific application, with special designs available for severe service applications requiring anti-cavitation or low-noise trims. In order to increase the service life, metallic seats and plugs can also be provided with a Stellite hard facing. A variety of shut-off classes from Class IV to Class VI are available to meet the process requirements. The complete range of Series 210 control valves offers excellent controllability, and easy maintenance. Customized valve constructions to meet customer specifications can be engineered. Further versions are available with heating jacket for applications where the process media may solidify below a certain temperature. For applications where high noise levels are anticipated, additional silencers can be provided along with the control valves. The Series 210 control valves have interchangeable parts, thereby reducing inventory costs. Thanks to their modular design, the control valves can be equipped with various accessories like positioners, limit switches, solenoid valves etc. Pneumatic actuators of different sizes can be coupled depending on the actuating force required. Optionally, electric or electro hydraulic actuators are also available.

The primary function of a blowdown valve is to control the concentrations of suspended & total dissolved solids (TDS) in the boiler. Boiler blowdown is a severe service application which results in rapid erosion and wearing out of conventional valves. Continuous Blowdown (CBD) valves are designed to operate in continuous open position by releasing water continuously through a blowdown tap near the boiler water surface, thereby maintaining the TDS level in the boiler drum. IndiTech Continuous Blowdown Valve is an angle type valve with a needle shaped trim in a venturi diffuser. The venturi diffuser provides sufficient area for the high velocity flashing water, thereby avoiding choked flow.   Intermittent Blowdown (IBD) valves are designed to operate at predetermined intervals by releasing water & accumulated sludge periodically through a blowdown tap near the bottom of the boiler. The primary requirement of these valves is to provide tight shut-off even after repetitive blowdown operations. Earlier, these two functions (blowdown and sealing) were performed by two different valves installed in series and operated in a definite sequence. IndiTech Intermittent Blowdown Valve carries out both these functions in sequence i.e. blowdown in open position and sealing in closed position. This is achieved by providing a multi-step throttling plug, which splits the total pressure drop across each step. The sealing area is separate from the throttling area, which reduces erosion and provides leak tightness even after prolonged usage.   Features Separate trim design for CBD and IBD Pressure seal bonnet for ANSI #1500 and #2500 Stellited plug-spindle & seat Integral plug-spindle Extra-long gland packing with provision of online maintenance Quick and easy installation, dismantling & maintenance Approved under IBR (Indian Boiler Regulation Act).

Size : 1.1/2inch, 1inch, 2inch

Type : Blow Down Valve

Material : Carbon Steeel, Stainless Steel

Certification : ISO 9001:2008 Certified

Application : Industrial

Pressure : High, Medium

Number Of Way : 2way

Country of Origin : India

Brand Name : IndiTech

Features Water injection up to 15%. Water injection from bottom provides easy access to water spray holes for maintenance. Only one set of gland packing reduce friction on spindle and assists smooth operation of valve. Rangeability 40:1 for both steam and water. No. of pressure reducing stages up to 3. Predicted noise level below 85 dB. Approved under IBR (Indian Boiler Regulation Act).

The IndiTech Series 220 3-way control valve is used for converging (flow mixing) or diverging (flow splitting) service in a process control system. This valve is ideally suited for applications involving thermic fluid, water, steam, oils & other industrial fluids. Both mixing and dividing type valves are designed so that flow tends to open plug passages, thereby avoiding vibrations and leading to stable process control. The simple valve construction ensures reliable performance and easy in-line maintenance.   Features Valve body design optimized to handle high capacity flows. Slotted plug with inherent linear flow characteristics for regulating control. Double seated design with flow tending to open both ports. This provides flow stability with excellent process control. Trim provided with both top guiding & seat guiding, thus helping to eliminate problems of vibrations. Easy in-line maintenance facilitated by both top and bottom entry access to valve internals. Modular design with interchangeable parts for both mixing and dividing designs. Approved under IBR (Indian Boiler Regulation Act).