Wte Infra Projects Private Limited

Our Turbine Condensate Polishing Unit (CPU) is engineered to deliver ultra-pure condensate water for high-pressure steam turbine and power plant applications. Designed for continuous, reliable operation, the system ensures removal of all ionic and suspended impurities to maintain boiler and turbine efficiency. Key Features

• High-Purity Output: Achieves extremely low conductivity and silica levels for safe boiler reuse.

• Advanced Ion Exchange Technology: Mixed-bed / single-bed resin systems for effective polishing.

• SS / FRP / MSRL Construction: Corrosion-resistant, durable design for long service life.

• Automatic / Semi-Automatic Operation: Options available with PLC-based control for easy monitoring.

• High Flow Capacity: Customizable as per turbine capacity and condensate flow requirement.

• Low Pressure Drop & High Regeneration Efficiency

Applications

• Thermal Power Plants

• Captive Power Plants in Industries

• Steam Turbine & Boiler Systems

• Refinery & Petrochemical Turbines

• Heavy Manufacturing Units

Performance Benefits

• Protects turbine blades and boiler tubes

• Prevents scaling, corrosion & deposition

• Reduces downtime and maintenance cost

• Improves overall plant efficiency

• Ensures stable power generation

Available Models

• 10 m³/hr to 300 m³/hr (Custom sizes available)

• Mixed Bed, Deep Bed & Pre-coat Type Condensate Polishing Units

A sand media filter is a type of water filtration system that uses a bed of graded sand (and sometimes gravel) as the medium to remove suspended solids, dirt, organic matter, and turbidity from water.

Our Ultrapure Water Purification System is engineered for the highest standards of water purity—delivering laboratory-grade and industrial-grade ultra-pure water that meets demanding applications. Designed to remove virtually all organic and inorganic contaminants, particulates, bacteria, endotoxins and dissolved gases, the system ensures reliable, consistent water quality.

Key Features & Benefits

• Superior Purity: Achieves resistivity up to 18.2 MΩ·cm, very low Total Organic Carbon (TOC) levels (often <2–10 ppb) and minimal bacterial/particulate load.

• Multi-stage purification: Includes pretreatment (filtration/carbon/softening), reverse osmosis (RO), electrodeionization (EDI) or de-ionisation and final polishing (UV oxidation, ultrafiltration).

• Compact & Modular Design: Adaptable for a range of lab/industrial footprints—can be customised for small volumes or high-throughput systems.

• Easy Operation & Monitoring: Features for user-friendly control, automatic flush/purge cycles, online monitoring of resistivity/TOC, alarms for maintenance.

• Wide Application Scope: Ideal for analytical labs (HPLC, GC-MS, ICP-MS), pharmaceutical production, semiconductor manufacturing, cell culture labs and pilot-plants.

• Robust Build: Designed to handle variable feed water sources (tap, municipal, pre-treated) and deliver consistent output

• Suitable for Indian industrial/lab environments.

Technical Specifications (Indicative – Customisable)

• Feed water: Municipal/Tap water (can include optional pre-treatment if water quality is poor)

• Output water quality: Resistivity up to ~18.2 MΩ·cm; TOC typically < 5–10 ppb; Bacterial count < 1 CFU/mL; Particles < 0.22 µm. 

• Flow/Capacity: (Example) Up to 1 L/min ultrapure water, or larger capacities per model.

• Construction: Stainless steel/skid-mounted frame, sealed storage/reservoir, automatic controls.

• Maintenance: Replace filter cartridges, UV lamps, resin modules as per schedule; system flush/purge to avoid membrane fouling.

• Compliance: Meets international standards for ultrapure water used in critical applications (labs, pharma, semiconductor). 

Applications

• Analytical instrumentation (HPLC, LC-MS, GC-MS, IC)

• Pharmaceutical manufacturing & clean rooms

• Semiconductor fabrication & microelectronics

• Cell and tissue culture, molecular biology labs (PCR, DNA/RNA work)

• Pilot plants, R&D labs needing high purity water

• Any application where ultra-pure, contaminant-free water is critical.

We offer high-performance Agitated Thin Film Dryer (ATFD) designed for efficient drying of heat-sensitive, viscous, and concentrated materials. The ATFD is widely used for converting slurries, pastes, and concentrated liquids into dry powder or flakes with minimal thermal degradation. It is especially suitable for applications where high product recovery and minimal waste are essential.

A critical component in Zero Liquid Discharge (ZLD) systems, ATFD helps achieve complete water recovery by drying the final concentrated effluent, ensuring no liquid waste is discharged into the environment.

Key Features:

• ZLD-Ready Design: Ideal for drying high TDS effluents and brine in ZLD systems

• Robust Construction: Available in SS304, SS316, Hastelloy, or customized materials

• Energy Efficient Operation: Optimized for low steam and power consumption

• High Drying Efficiency: Uniform drying with short residence time and high yield

• Flexible Operation: Can be run under vacuum or atmospheric pressure

• Low Maintenance: Easy to clean, inspect, and operate

Applications:

• Zero Liquid Discharge (ZLD) Systems

• Pharmaceuticals

• Chemicals & Intermediates

• Dyes & Pigments

• Agrochemicals

• Food & Beverage Industry

• Effluent and Wastewater Treatment

Available Capacities: From pilot-scale units to large industrial systems – fully customizable to suit process needs.