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SWAN ENVIRONMENTAL

SWAN ENVIRONMENTAL. Warm Welcome to All Delegates. SWAN ENVIRONMENTAL PVT LTD.

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SWAN ENVIRONMENTAL

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  1. SWAN ENVIRONMENTAL Warm Welcome to All Delegates

  2. SWAN ENVIRONMENTAL PVT LTD • The name SWAN has been derived from the subjects that were aimed for measuring and monitoring viz., Soil, Water, Air & Noise. Swan Environmental Pvt. Ltd., was incorporated in 1987 with an objective to offer all analytical instruments contributing to the environment monitoring. • Swan has been the market leader for two decades and grown by strength to strength and product by product. During the course of time SWAN has formed five different group companies with a special attention to serve the Industries/Institutions more efficiently and focused manner SWAN ENVIRONMENTAL SWAN BIOTEC SWAN SCIENTIFIC SWAN TECHNICAL SERVICES SWAN REAL TIME NETWORK • Today SWAN is an Exclusive partner for more than 36 Globally reputed companies dealing with the subject.

  3. SWAN ENVIRONMENTAL • 12 Branches • 189 Employees. • Nation-wide sales network & • Full-fledged regional service centers • Geographically centered Head office at Hyderabad

  4. SWAN AALAYAA In Hyderabad we have constructed a new office of 27,000 Sq. feet and have the following divisions. • Marketing • Service • R & D • Calibration Lab • Technical Training Center • Materials and Logistics • Administration.

  5. SWAN FACILITIES SERVICE We are having a set up for service where we perform the repairs and maintenance of equipments. We have well experienced staff to take care of the service of the equipments that we supply. RENTALS We are also providing the Instruments on rental basis as required by customer.

  6. SWAN FACILITIES CALIBRATION LAB We have calibration laboratory to calibrate all types of instruments supplied by us or any other products used by the customers. The calibration includes all Industrial Hygiene instruments and gas detectors and potable instruments R&D CENTRE We have developed Integrated Software for AAQMS and CEMS. We supply Local Equipments like sampling probes, air purifiers, telemetry System, data logger and Jumbo Display units in AAQMS and CEMS.

  7. GLOBAL PARTNERS • Shimadzu Corporation, Japan • HydroNet Co., Ltd., South Korea • Horiba, Japan • Met One Instruments, USA • Gasmet Technologies, Finland • 3M / Quest, U.S.A • Ion Science, UK • Campbell Scientific, Inc., USA • VWR International PBI, Italy • Rotronic AG, Switzerland • Dekati Ltd., Finland • SKC Inc., USA • Gastec Corp., Japan • Senko, South Korea • Kanomax, Japan • In-situ Inc, USA • La Motte Company, USA • Coastal Environmental • Systems, USA • Sea-Bird Coastal, USA • Spectrum Technologies Inc, USA • Kings ART Inc., USA

  8. ONLINE MONITORING INSTRUMENTS AAQMS CEMS EQMS TVOC Weather Station Noise Benzene

  9. PORTABLE WATER QUALITY INSTRUMENTS Tri Meter Water Analysis Lab. Lab TOC Spectrophotometer pH/Conductivity/TDS ATP Meter COD Meter E.Coli Qualification & Quantification Benchtop Meter pH/Conductivity/DO

  10. PROJECTS Government Projects Water Level Loggers Shipboard Weather Stations

  11. CUSTOMER SEGMENTS Our Cliental List includes Govt. Organizations, Industries and Institutions with more than 9000 Customer Database GOVERNMENT ORGANISATIONS • Pollution Control Boards • Occupational Health Centers • Ground Water Departments • Defense Organisations • Public Health Departments • Panchayathiraj, Municipalities / Metros • Police / Transportation

  12. CUSTOMER SEGMENTS INSTITUTIONS • Council Of Scientific Research Institutes, • Indian Institute of Technology, • National Institute of Technology, • Universities, • Medial & Engineering Colleges, • Export Promotion Council, • National Institute of Communicable Diseases, • National Institute of occupational Health , • R&D Centers

  13. CUSTOMER SEGMENTS INDUSTRIES

  14. OUR STRENGTH Service is our Strength • We believe one good customer will show us a way to approach 10 good customers. • Customer who use our instrument will never dissatisfy on our services. • Won the recognition from the National clients as the most dependable supplier and after sales service provider.

  15. HYDROLOGY PROJECT – SUCCESS STORY • We Have supplied More than 3000 numbers DWLRs supplied In HP I in India and supported to customers entire project period. • We are proud to say that we are only one supplier supplying and Providing the services to Water Level Recorders since from the beginning of Automatic Water Level Monitoring Program in India.

  16. OUR MAJOR PROJECTS • AP Ground Water Department (1254 Real Time Ground Water Level Monitoring Project) • NTPC (Online Water Quality Monitoring System) • INCOIS (Online Shipboard Weather Monitoring With Satellite Communication) • Coca Cola (Online Water Quality Monitoring Station) • Heidelberg Cement India Limited (Online Ambient Air Quality Monitoring Station) • Divis Laboratories (Continuous Ambient, Emission Quality Monitoring System) • Dr. Reddy's Laboratories (Continuous Emission Monitoring System)

  17. ONLINE WATER QUALITY MONITORING SYSTEM We are having Online Water Quality Monitoring System wherein the TOC analyser is integrated with various sensors like pH, TSS, DO etc which is very useful for various applications like River water, Sewage Water & Industrial Effluents etc.

  18. SITE PHOTOS & DATA LINK Data Link: Click here

  19. WATER LEVEL & TEMPERATURE

  20. WATER LEVEL & TEMPERATURE

  21. WATER LEVEL WHY DO WE WANT TO MEASURE IT? • To determine • the quantity of water available • where it’s going • and how fast it’s moving

  22. ABSOLUTE PRESSURE SENSOR DEPLOYMENT • The SLL instruments are programmed with identical scheduled logs and suspended in well with a Hangers with wire. • The Barometric Pressure Sensor Placed at telemetry system at the top of the monitoring well to measure atmospheric pressure. • The SLL is placed in water column to measure both the atmospheric and water pressure. • The data from the SLL automatically corrected with the Barometric Sensor data after deployment to reflect the true groundwater elevation. Data logger with Telemetry Unit Barometric pressure sensor Sensor / Data logger configuration Data storage (8 MB) GPRS/GSM SWAN SLL 99 / SQL 999 Water pressure Atmospheric pressure Temperature Conductivity

  23. SITE PHOTOS & DATA LINK Data Link: Click here

  24. WATER LEVEL WITH CONDUCTIVITY & TEMPERATURE (CTD)

  25. WATER LEVEL WITH CONDUCTIVITY & TEMPERATURE (CTD)

  26. SWAN SDL 99 / STM 99 – DATA TRANSMISSION SCHEMA Users Data logger with Telemetry Unit Barometric pressure sensor Sensor / Data logger configuration Data storage (8 MB) GPRS/GSM Internet SMPP SWAN SLL 99 / SQL 999 Water pressure Atmospheric pressure Temperature Conductivity

  27. SWAN SDL 99 / STM 99 - SPECIFICATIONS

  28. SWAN SDL 99 / STM 99 – TELEMETRY APPLICATION SOFTWARE

  29. DWLR- Website View – Station Data

  30. DWLR- Website View Historical Data / Excel-PDF-CSV Download

  31. RECHARGE EVALUATION (RISE IN WATER LEVEL & TEMPERATURE) July 2006 Rainfall

  32. DRAW DOWN AND RECOVERY ANALYSIS OF DUG WELL OUTSIDE THE CHAK MICRO-WATERSHED AREA Deep Singh Dug Well Recovery Pumping Drawdown of 1 m Due to Pumping Time Required – 45 min Recuperation of 1 m Time Required – 800 min

  33. SURFACE WATER MONITORING Shaft Encoder Principle:A pulley attached to a float and counter-weight rotates as water level rises or falls, and the encoder sends two pulse strings to the datalogger. The datalogger records the pulse strings, and water level is calculated by adding and subtracting the clockwise or counter clockwise movement to a running total.

  34. SURFACE WATER MONITORING Shaft Encoder

  35. SURFACE WATER MONITORING Radar Water-Level Sensors Principle:They emit short microwave pulses and then measure the elapsed time between the emission and return of the pulses. The elapsed time measurement is used to calculate the distance between the sensor and the target (e.g., water, grain, slurry). The distance value can then be used to determine depth. Ideal for areas where submersed sensors can be damaged due to corrosion, contamination, flood-related debris, lightning, or vandalism Wide operating temperature range (-40°C to +80°C) Measurement Range: 2 in – 229 ft CS 475 CS 477 CS 476

  36. SURFACE WATER MONITORING Radar Water-Level Sensors

  37. REAL TIME WATER QUALITY MONITORING • The Multiparameter Probe is rugged to use in groundwater and surface water application. • It is having corrosion resistant technology to use in any type of water. • It delivers accurate data in an easy-to-use, customizable instrument. • Measurable parameters are: • Temperature, • Barometric Pressure, • pH, • ORP, • Conductivity, • TDS, • Salinity, • RDO, • Turbidity, TSS etc.

  38. TOC ANALYSER TOC is index of organic pollution in water. Extremely wide range from 4,ug/L to 25,000 mg/L for applications. The Analysis of TOC is a more rapid method for the determination of organic load and thus has the potential for better early warning and pollution control management. SSM with TOC Combining the Solid Sample combustion unit with a TOC analyzer permits analysis of many solid samples in addition aqueous samples, including soil, sludge, and sediments

  39. TOC ANALYSER - APPLICATIONS Drinking water, process water, waste water, surface water (river, lakes), ground water and sea water Purified Water (PW), Water For Injection (WFI), Cleaning validation, Plastic packaging testing in pharmaceutical industries TOC determination in Soil, Sludge, Sediments, organic fertilizers, soil conditioners Inspection of bio mass (algae biomass, liquid manure…) for growth and characterization verification. Surface Carbon Analysis of specially treated metal parts viz., Al, steel, Cu, Brass and Al foils etc for Quality Control Determination of TOC level in ALUM (Poly Aluminium Chloride) as per IS 15573: 2014 TOC Measurement of etching solutions, Electroplating solutions (Copper, Nickel) for PCB plating process. Quality control of incoming components inspection (acids, alkaline, salts), Inorganic chemicals impurity checking. Ex: Hydrogen Peroxide, Hydrochloric Acid, Nitric Acid, Sulfuric Acid, Sodium Hydroxide solution, Soda Solution, Ammonia or Ammonium Salt solutions, Sodium Nitrate & Sodium Nitrite, Phosphoric Acid and Diluted Hydrofluoric Acid, Brines etc. CO2 determination in beer, soft drinks and beverages Determination of Coffee aroma, Organic tea aroma, Detergent quality on fabric subtract. Solid material solubility test, Identification of PFOS (Perfluoro Chemical Solution) using TOC Cement Admixtures, Calcium carbonate determination in cement applications.

  40. PORTABLE WATER QUALITY LAB Portable Spectrophotometer With automatic wavelength selection, pre-programmed tests, and superior performance. Portable Colorimeter Automatic wavelength selection Four Fixed Wavelengths

  41. LAB WATER QUALITY INSTRUMENTS Trimeter / Turbidity Meter BOD Meter COD Meter Water Link Spin Rapid Coliform & E.Coli Detection

  42. AUTOMATIC WEATHER STATION Weather Sensor Measures Ultrasonic wind speed and direction, pressure, humidity and temperature The sensor features durable,corrosion-resistant construction. Variety of useful serial output formats are provided including SDI-12, NMEA, and ASCII text. Operating Temperature: -40 to +60 °C

  43. AUTOMATIC WEATHER STATION Temperature Sensor Rugged, accurate probe that measures air, soil, and water temperature for a variety of applications. Measuring Range: from -50° to +70°C. Tolerance: ±0.2°C When exposed to sunlight, it should be housed in a radiation shield. The sensor can be submerged to 15 m (50 ft) or 21 psi in water. Suitable for shallow soil burial only Ex: in locations subject to digging, mowing, traffic, use of power tools or lightning strikes.

  44. AUTOMATIC WEATHER STATION Evaporation Gauge Determines evaporation rate by measuring the changing water level in an evaporation pan. The evaporation gauge produces a resistance output that our dataloggers can monitor on site or remotely. Operating Temperature Range: -40° to +60°C Resistance: 1,000 Ω, ±10%

  45. AUTOMATIC WEATHER STATION Sonic Snow Depth Sensors Designed to meet the stringent requirements of measuring snow depths Uses a multiple echo processing algorithm to help ensure measurement reliability. Available with a heater option for locations where rime ice is a problem. Measurement Time: < 1.0 s Output Options: SDI-12 version 1.3, RS-232/485 Measurement Range: 0.5 to 10 m

  46. AUTOMATIC WEATHER STATION Pyranometer For the Accurate Measurement of Solar Irradiance Specifications to ISO 9060:1990 and IEC 60904 standards Widely used within World Meteorological Organisation scientific programmes Suitable for use in all environments, from the Antarctic to deserts. They are installed around the world for meteorology, hydrology, climate research, solar energy, environmental and materials testing, greenhouse control, building automation and many other applications. Spectralrange : 200-3600 nm Maximumoperationalirradiance - 4000 W/m2

  47. SNOW WATER EQUIVALENT SENSOR Principle: Measures the absorption of natural ground gamma radiation through snow cover Measures snow water equivalent (SWE) by passively detecting the change in naturally occuring electromagnetic energy from the ground after it passes through snow cover. Measurement area: 50 - 100 square meters Does not cause the melt of light snow (as with a snow pillow) SWE values can be transmitted in real-time from remote sites.

  48. SNOW WATER EQUIVALENT SENSOR CS725 SWE Sensor How it Works Photo Multiplier Tube Gamma Spectrometer (thallium-doped sodium iodide crystal) Naturally occurring gamma radiation from ground Bursts of light are converted to electrical signals. Counts are accumulated over a 6 hour period.

  49. SNOW WATER EQUIVALENT SENSOR Ideal SWE Measurement Non-contact/Non-Destructive Technique Would not have the potential to cause environmental harm Easy to Install (no earth-works required) Would not affect the interaction of water, temperature or radiation between the atmosphere, snow, and/or ground

  50. SNOW WATER EQUIVALENT SENSOR Disadvantages of Snow Pillow which are overcome successfully in SWE Sensor: Expensive Infrastructure Subject to Ice Bridging (critical at melt) Glycol poses environmental challenges Affected by freezing rain Prevents thermal exchanges with ground Small measurement area

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