Swan Environmental Pvt.Ltd.

Madhapur, Hyderabad, Telangana

• Cleanroom verification
• Clean Bench verification
• Filter Testing
• Facility Certification
• Food Process Investigation
• Hospital Surgical Room
• Description
  
  

  • Handheld 2.83 LPM (Model 3886)
  • Portable Monitor 50LPM (Model 3910) / 28, 3 LPM (Model 3900)
  • Continues Monitor 2.83 LPM (Model 3714/3715)
  • Smallest and lightest portable particle counter in the industry (Model 3910)
  • Simultaneous measuremnt and display of 6 particle sizes
  • 0.3 micron sensitivity
  • 21 CFR part 11 compliant
  • Measures multi - parameters, air velocity, relative humidity, temperature, pressure
  • Meets ISO 14644-1, Federal standard 209 E, British Standard 5295 and EU-GMP
  • Measures multi -parameters, particle air velocity temperature, humidty, differential pressure
  • Multi-function, user -friendly monitoring software
  • 1PC system controls upto 128 sensors

  
  Benefits

  • Featherlight with an ultra-small footprint
  • Large Color Touch Screen
  • Multi-parameter: Particle, Airflow, Temperature, Humidity, Differential Pressure
  • Mulit-standard mode: ISO 14644, FS 209E, BS 5295, EU GMP

Some VOCs like 1, 3 butadiene or benzene are known to be carcinogenic. The French ministerial recommendation (DGS / SD 7 B no 2005-273 of February 25th, 2005) relating to the evaluation of the consequences on health of air pollution due to traffic showed that those two compounds are critical. In petrochemicals, these compounds are also closely monitored.

• Ideal for sterilization and subsequent distribution of agar
• Dispensing volumes adjustable by dispensing pump
• Airtight lid
• After sterilization, upon reaching dispensing temperature, the desired volume of agar is dispensed to Petri dishes, tubes or vials simply by depressing the dispensing piston
• Silicone tubing and cannula for dispensing in Petri Dishes, vials and test tubes avoiding the formation of air
• A magnetic drive may be placed in the container to keep the agar Constantly agitated
• Maximum capacity 2.5 litres
• Port for addition of thermolabile substances after sterilization
• Dehydrate medium and water are added direc to Agarfill container

• GMP cleanrooms
• Aseptic processing
• Biologics
• Biomedical
• Biosafety/security
• Description
  • Large scale room/zone bio-decontamination
  • Parametric cycle control
  • Simple to operate plug and play system
  • Excellent material compatibility including sensitive electronics
  • Dual circuit technology for optimum cycle times
  • Gas distribution catalytic aerator included
  • Siemenscolour touch screen
  • GAMP compliant software
  • Compact and highly portable design
  • Easily cleanable external surface
  • Volt-free contacts for external signals
  • Integral thermal paper printer
  • Remote start/stop
  • Unique Bioquell parametric control process no need for gas cycle development
  • Cycle edit and store facility for new applications
  • Effective against a wide range of micro-organisms
  • Hydrogen peroxide vapour gas sensor

  Safe and simple to operate:

  • The control lectern is removed from the Bioquell Z-2 at an appropriate control point; the Bioquell Z-2 is then placed inside the contaminated zone
  • With the lectern in place outside the area to be decontaminated, the area is sealed with tape and any ventilation systems are isolated
  • Room dimensions are entered allowing the Bioquell Z-2 to calculate HPV cycle parameters. Final safety checks are made via the control panel on the lectern. The cycle can then be activated
  • Multi-directional nozzles deliver the vapour, switching to automatic aeration (via parametric control) after the gassing phase is complete
  • The touch screen displays the cycle progress and indicates when the cycle is complete
  • At the end of the cycle, HPV levels are manually checked from outside the room and the area is then rapidly put back into service

• Capable of TC, IC, TOC (= TC-IC), and NPOC measurement; options enable POC (volatile organic carbon), TOC via POC + NPOC, and even TN (total nitrogen) measurements
• The blank check function evaluates system blanks by measuring ultrapure water processed automatically within the instrument
• The automatic dilution function enables measurements up to 30, 000 mg/L

• Automatic sample acidification and sparging
• The automatic dilution function reduces sample salinity, acidity, and alkalinity, significantly extending the period of use of catalysts and combustion tubes (The period of use depends on the sample and measurement conditions.)
• Stat or priority samples can be added at anytime to the analysis schedule without interrupting operation even when an autosampler is used

• The TOC-L series consists of a high-sensitivity model with a detection limit of 4 g/L, making it suitable for a variety of applications, including pure water measurements, and a standard model designed with cost performance in mind. Each analyzer is available as an LCD and keyboard-equipped standalone model, or as a PC-controlled model.
• In addition, the USB format has been adopted as the external interface, enhancing the equipments versatility. Even the standalone models are capable of output to a general-purpose PC printer or to a USB memory stick.

• With the TOC-L series, numerous options enable a variety of functional enhancements. These include simultaneous measurement of TOC and TN (total nitrogen) (when a TN unit is added), the use of compressor air (when a carrier gas purification kit is added), and the measurement of gas samples and solid samples (when a gas sample injection kit and solid sample combustion unit are added).
• Sea water sample measurement and small sample volume options have also been enhanced.

• The width of the instrument is 20 % less in comparison with conventional Shimadzu models. This enables more effective use of laboratory space. The instrument width is unchanged even when the TN unit is added.

• Industrial
• Refrigeration
• Manufacturing
• Quality Assurance
• Laboratory
• Medical
• Research
• Aircraft / wing tank entry
• Automotive Manufacture
• Fugitive Emissions
• Gas Line Leakage
• GIS Leakage
• Sileage silos
• Solvents in Clean Rooms
• Description
  GasCheck G - Gas Leak Detector for Rapid, Accurate Gas Leak Measurement:

  The GasCheck G gas leak detector represents the latest in gas detection technology. Its advanced system of micro thermal conductivity enables improved sensitivity for the rapid, effective detection of gas leaks down to cc/sec, mg/m or ppm levels.

  Designed for the search and location of gas leaks, the GasCheck G leak detector provides you with effective detection of almost any gas or gas mixture. Robust and reliable, the GasCheck G leak detector gives stable, repeatable readings of the detected gas. The instruments LCD display, LED indicator and audible sounder clearly indicate the leak present.

  The GasCheck G leak detector automatically zeros to the ambient air around it when switched on and is ready to detect immediately. The instruments easy to use graphical interface and intuitive keypad allows for simple function, selection and adjustment.

  Upgradeable throughout the range, the GasCheck G gas leak detector is available in three distinct versions; G1, G2 and G3 with varied capabilities. Features can be easily added to upgrade the instrument without it having to be returned to the factory.

  Features

  • Micro Thermal Conductivity Sensor for enhanced sensitivity
  • Three variants available; G1, G2, G3
  • Choice of reading in cc/sec, mg/m or ppm
  • Graphical icon display menu for international markets
  • Rapidly detects almost any known gas or gas mixture particularly sensitive to ammonia, argon, butane, helium,
    

  hydrogen, SF₆

  • Reliable, stable and repeatable readings
  • Conveniently calibrated against helium
  • LCD back lit display
  • Hand held and robust

• Equipped with up to 7 electrochemical cells
• Equipped with up to 2 NDIR sensors
• Built-in 58mm ribbon, graphic printer
• Built-in rechargeable battery for up to 8 hours of operation
• Built-in Peltier dryer with peristaltic pump for condensate removal
• Equipped with heated hose with built-in heated gas filter
• Heated hose with standard M30x1 fitting, fits all madur gas probes with K-type thermocouples
• Additional gas filter with condensate trap
• Differential pressure sensor - for measurements of chimney draft and flow velocity (with help of Pitot tube)
• Soot measurement program
• Measurements of gas and ambient temperatures, optionally 2 additional inputs for temperature sensors
• Analogue outputs (4-20mA / 0-10V) - optional
• Built-in large memory for results, two formats of data savings
• Calculations of many additional parameters
• Firmware for gas calibrations

• Sterility Test
• Hospital Pharmacy
• Life Sciences research
• Clinical trails
• Description
  Modular aseptic processing solution in convenient configurations to meet your workflow

  Air cleanliness ISO 5 and Grade A working environment with integrated Bioquell HPV 6-log bio-decontamination for peace of mind

  Fast cycles and quick turnaround between tests - get more from your day.

  The Bioquell QUBE is a modular aseptic working system consisting of a series of major components :

  • QUBE HPV Module (QHPV) (M1)
  • QUBE Extension Module (QEXT) (M9)
  • QUBE Connecting Interface Modules (Open Connection or Sealed Door) (M11)
  • QUBE Material Transfer Device (QMTD - Right or Left Side) (M2 or M3)
  • Undertake aseptic processing in a Bioquell QUBE, a cost-effective modular aseptic workstation system with built- in rapid bio-decontamination. The combination of uni-directional airflow, an ISO 5 and Grade A working environment and hydrogen peroxide vapour (HPV) rapid bio-decontamination ensures the Bioquell QUBE is suitable for applications such as pharmacy compounding, sterility testing, and many others. Performance is assured by using Bioquell approved hydrogen peroxide solution. The Bioquell QUBE modules allow a variety of configurations that tailor the workspace to the needs of the specific process.

    • Fully validated sterility test unit with built-in biodecontamination system
    • Ergonomically designed using latest manufacturing techniques, Rapid sporocidal bio-decontamination process with high level validated 6-log sporocidal reduction
    • Intelligent modular design provides users flexibility in selecting the suitable configuration for their process
    • Air cleanliness ISO5 and grade A working environment with integrated bioquell HPV 6-log biodecontamination
    • Integrated environmental monitoring for total viable and non-viable practical monitoring.

    Bioquell QUBE with extension module and materials transfer device, ideal for phamaceutical compounding.

    Key features
    
    

    A modern ISO 5 Grade A chamber with uni-directional air flow that includes a high definition colour touch panel with intuitive icon driven interface, glove ports with safe change gloves, RFID enabled hydrogen peroxide filling and pneumatic seals with pressure monitoring for repeatable chamber integrity.

    Chamber pressure can be controlled from +100pa to -100 pa and there is a built-in aeration capability with every module for fast decontamination cycles. The system has been engineered to keep noise levels low and a 316 Grade stainless steel level floor has been provided throughout the system along with an integral thermal paper printer to keep a record of the bio-decontamination cycle and key GMP parameters.

    Ergonomically designed, the Bioquell QUBE provides an integrated footrest and foot switches for door activation.It uses novel plastics technology to enable excellent cleanability.

• Electrical mobility size spectrometer designed for portable, mobile, or handheld aerosol sampling applications
• Provides number-weighted diameter distribution of aerosols over the entire submicrometer range (10 to 863nm) in one scan
• Uses a non-radioactive bipolar aerosol charger to allow easy access to sampling sites with tight safety regulations
• Bipolar charger significantly reduces measurement uncertainty of larger particles in the submicrometer range
• Can be used in two modes: Single diameter count mode: to get a total count within a narrow size range or Size
  

• Stand-alone, battery-operated instrument; no external computer needed.
• Weighs only 4.5 kg and measures 23 x 23 x 15 cm.

• Combustion studies
• Air quality measurements
• Occupational health and safety studies
• Automotive exhaust measurements
• Blow-by gas measurements
• Particle charge distribution measurements
• Pharmaceutical inhaler studies
• Filter grade efficiency studies
• Nanotechnology
• Description
  ELPI+ :

  ELPI+ (Electrical Low Pressure Impactor) is an improved version of the widely used and well characterized ELPI -system. ELPI+ enables measurement of real-time particle size distribution and concentration in the size range of 6 nm 10 m with 10 Hz sampling rate. The ELPI+ features include real-time stand-alone operation, wide sample concentration range, wide particle size range and robust structure for operation even in harsh conditions. In addition to gaining real-time particle size distribution data, the ELPI+ can be used for real-time particle charge distribution and for gravimetric impactor measurements. The use of impactor technology also enables post-measurement chemical analysis of size classified particles. All these features make the ELPI+ and ideal choice in wide range of particle measurement applications including combustion aerosol and engine exhaust studies, pharmaceutical inhaler development, air quality monitoring and general aerosol research.

  Features:

  • Wide particle size range; 6 nm 10 m
  • 14 particle size fractions
  • 10 Hz sampling rate
  • Possibility to collect size classified particles for chemical analysis
  • Wide operational concentration range
  • Independent stand-alone operation or control via laptop using ELPI+VI software
  • Large 7" WVGA display with graphic user interface
  • Analogue inputs and outputs

• Easily configurable application for new gas components
• Post-measurement data processing tools are unique to Gasmet
• Wide range of applications

• Manufacturing
• Recycling
• Fluorescent lamp reprocessing plants
• Mining
• Petroleum
• Hydrocarbon
• Refining
• Bioremediation
• Gold mining
• Illegal Dumping of Chemicals
• Mercury Clean Up
• Description
  Mercury Detector Accurately Detects Vapours in just 3 seconds!

  No Saturation, No Regeneration - Eliminating Instrument Downtime

  The Mercury Vapour Indicator (MVI) is a revolutionary mercury detector, detecting mercury vapours in just 3 seconds! The instruments dual beam UV absorption technology means MVI does not saturate or need regenerating between readings - like traditional gold film detection methods - eliminating instrument downtime. Fast and accurate, the MVI mercury detector gives a real time response and is ready to detect instantly. MVI provides continuous readings and offers two detection ranges: 0.1 to 200 and 1.0 to 1999 microgram/cubic meter.

  MVI is a portable mercury vapour detector that utilises a high performance pump for fast indication and recovery. The instruments audible alarm and large digital display clearly indicate the levels of mercury present.

  Ergonomically designed with simple, one handed operation MVI mercury vapour detector is the ideal survey unit for rapid and accurate mercury detection.

  Features

  • Dual beam UV absorption technology
  • No saturation, no regeneration eliminates instrument downtime
  • Fast, 3 second response
  • Range: 0.1 to 200 and 1.0 to 1999 microgram / cubic meter
  • Highly accurate measurement
  • Continuous 6 hour operation
  • High performance pump for fast indication and recovery
  • Ready to detect within minutes
  • PTFE probe with moisture trap filter
  • Large digital display
  • Simple, one-handed operation
  • Audible alarm
  • Robust and portable

Safety Bunsen Burner for lab tasks such as sterilizing, heating or scarfing.

• Ideal for use in microbiological safety cabinets or in the chemical laboratory.
• Housing made of polished stainless steel and safety glass. UV- and solvent resistant, flame-sterilizable, easy to clean.
• Suitable for use with natural gas (central gas supply in the lab) or propane/butane gas (mobile with gas cartridges/bottles).
• Easiest exchange of burner head, no need for tools.

Features

Schuett Phoenix II with highest safety standard (certified according to DIN 30665 part 1, DIN-DVGW Reg.NG-2211AR0750):

• Controlled burn-time 1 sec 120 min (adjustable)
• Burn-time displayed in all modes of operation
• Automated safety shutdown if not in use
• Sensor activation 1x/2x
• Overheating protection/burner control by sensors,
• e.g. temperature of the burner head (Warning remark in the display)
• Exact economic flame adjustment
• Stable flame, even at strong currents
• Flame and ignition monitoring
• Tilting to the right or to the left side.

Benefits

Unique comfortable Bunsen Burner with outstanding quality features:

• Easy-to-read highlighted colour display
• Multilingual menu navigation in most international languages
• Information and warning remarks in written form
• Self-explanatory operation
• Unique joystick navigation
• Gas and air adjustment with Click-Stop-feature
• Comfortable operation optionally by hand, foot-switch or motion sensor mode

Schuett phoenix II eco(without display/sensor, with foot-switch)Start/stop flame by foot-switch or press button by hand (ON/OFF).Low-cost model, best suited for microbiological safety cabinets.

Schuett phoenix II standard(colour display, language selection, sensor and foot- switch)Start/Stop flame by activating sensor 1x/2x, use foot switch or press button by hand (ON/OFF). Burn-time displayed.
Schuett phoenix II accu(colour display, language selection, sensor and built-in high-power battery)Start/stop flame by activating sensor 1x/2x, use foot-switch or press button by hand (ON/OFF). Burn-time and battery status displayed. Built-in high-power battery for up to 30 hours operating time. With high-speed battery charger incl. overcharge protection. Ideal for mobile operation.