ANALYSER INSTRUMENT COMPANY PRIVATE LIMITED

Corporate

• Petrochemical Plant Analysis Solutions
• Up & Down stream Analysis for Process efficiency
• Process Safety & Quality Control.
• Downstream Applications like Syngas Generation
• Petroleum Refining Gas Analysis
• Petrochemical Processing Gas Analysis

• Air Pre heater Inlet Gas Analysis
• Coal Silo Gas Analysis
• Boiler Flue Gas Analysis
• Gas Purity Analysis
• Flue gas desulphurization (FGD) Gas Analysis

• Urea Plant Gas Analysis
• Ammonia Plant Gas Analysis
• DAP Stack Gas Analysis
• PAP Stack Gas Analysis
• Biodegradation Plant Gas Analysis

• Incinerator waste Gas Analysis
• LB & RB Plant Gas Analysis for Paper Industry
• Chlorine Production Plant Gas Analysis
• Special Analysis Systems for Research
• Applications

Safe and efficient combustion process require fast and exact O2 measurement. The oxygen concentration after combustion is the parameter which needs to be controlled.

Also we have insitu type CO+O2 analysers for coal mill SILOS. For precise measurement in SILOS we have insiTu type O2 and H2O measurement analysers.

Low excess O2 is an indicator of an incomplete combustion. High excess O2 results in higher fuel usage as the volume of excess air is heated up unnecessarily. AIC Provides In-situ Type Zirconia analyser which is designed to work in a safe or rugged and harsh environment such as Zone-1 and Zone-2 areas with outstanding features :-

• High accuracy
• Overview of calibration history
• Sensor life expectancy on display
• Gas tight sensor construction
• Self-monitoring
• Unrivaled long service life

Hot Extractive CEM Systems are most popular to meet your gas analysis needs-for environmental monitoring, with Simultaneous and Continuous Measurement of the Concentration of upto 5 Gas Components in single Analyser assembly.Built in NDIR Module for each gas is placed in a single enclosure.CEM Systems Provided with Two Range Selection with Automatic, Manual & Remote Calibration

Features, Alarms & RS232/RS485 Communication Port for Modbus communication of Emission Parameters Multi Component TUV & MCERTS certified Analyser from M/s Fuji Electric, Japan are duly integrated into Hot Extractive CEM Systems manufactured at our works We have supplied and commissioned more than 300 Hot Extractive Type CEM System in Indian Markets in last one year.

Dilution extractive CEM systems are the most effective way to monitoring flue gas emissions as these utilize built in modules based on NDIR technology for CO, Chemiluminescence technology for Nox & UV Fluoroscent Technology for SO2.       Minimizes time spent on site performing maintenance through superior remote instrument control, diagnostic viewing and calibration through dilution technique.
Versatile interfacing through RS232, USB, Bluetooth and analog and optional TCP IP for Modbus communication of emission parameter of each analyser.
USEPA Complaint analysers from M/s Ecotech, Australia duly integrated into dilution extractive CEM Systems manufacture at our works.
We have supplied 7 commissioned more than 100 Dilution extractive CEM Systems in India.

Cross Stack Laser Gas Analysers Measures

• Measures corrosive components like HCL, NH3, H2S, HF and also O2, CO+CO2, CH4 with ease.
• Negligible interference by other gas components.
• High speed response.

The dust monitor ensures the continuous surveillance of dust emission at stack and after bag filter monitoring.

Dust Concentration Measurement is provided through Cross Stack. Opacity Analysers based on Transmissometry Principle.

One side Mounted Back Scatter Type Analysers for dust monitoring.

Automatic Zero / Span Calibration Check.

Our dust concentration measurement solutions have the following features:-

• PROVEN SOLUTION
• EASY TO INSTALL
• EASY TO MAINTAIN
• FLEXIBLE SOLUTION

• The volume flow measurement is necessary in addition to the concentration measurement (e.g. % CO2/m3) to measure the exact volume of noxis gases.
•   This is the volume flow measurement of air in the stack so that the volume of air (in m3) that flows through the chimney cross-section per unit of time (in s or h) is to be measured.
•  AIC have both Transit Time based and Pitot Tube based solution to measure flue gas flow which are as per latest CPCB  guidelines.

• Equipment according to microparticulate matter (PM2 5) measurement  in the "Environmental Monitoring Manual (6th Edition)" of the Ministry of the Environment
• Beta-ray Absorption Type Source14C Adopted
• Built-in dehumidifier with heater method
• Fragmenter employs VSC Cyclone
• Prepare an outdoor installation type or an indoor installation type

CO,SO2,O3,NOx NMHC,SPM Analyzer

Particulate matter analyzer for simultaneous measurement of PM2.5 and PM10(EN 16450, MCERTS) incl. PM1, PM4, TSP, CO2, TVOC. Estimation of the carbon-based PM fraction (PMx_CE)

Industry:

• Production processes
• Bulk material handling (mixing, discharge, storage, packaging etc.)
• Fenceline Monitoring

Construction sites: Roads, railroads, demolition sites
Buildings: Schools, kindergartens, hospitals, hotels, offices, public service buildings
Residential buildings near construction sites or other polluted areas
Public transportation: Airports, train stations, tramway & underground stations, cruise ships, passenger cabin, e.g. in tram, train

Particulate matter analyzer for simultaneous measurement of PM2.5 and PM10(EN 16450, MCERTS) incl. PM1, PM4, TSP, CO2, TVOC. Estimation of the carbon-based PM fraction (PMx_CE)

Industry:

• Production processes
• Bulk material handling (mixing, discharge, storage, packaging etc.)
• Fenceline Monitoring

Construction sites: Roads, railroads, demolition sites
Buildings: Schools, kindergartens, hospitals, hotels, offices, public service buildings
Residential buildings near construction sites or other polluted areas
Public transportation: Airports, train stations, tramway & underground stations, cruise ships, passenger cabin, e.g. in tram, train

EN 16450 approved fine dust measurement device for simultaneous measurement of PM2.5 and PM10

Applications

• Regulatory pollution control in monitoring networks
• Ambient air monitoring campaigns
• Long-term studies
• Emission source attribution
• Emission dispersion studies (e.g. fires, volcanoes)

EN 16450 approved fine dust aerosol spectrometer for simultaneous measurement of PM2,5 and PM10, featuring a separate sensor for existing roof glands

Applications

• Regulatory pollution control in monitoring networks
• Ambient air monitoring campaigns
• Long-term studies
• Emission source attribution
• Emission dispersion studies (e.g. fires, volcanoes)

EN 16450 approved fine dust aerosol spectrometer for simultaneous measurement of PM2.5 and PM10 in weatherproof cabinet for outdoor installation

Applications

• Regulatory pollution control in monitoring networks
• Ambient air monitoring campaigns
• Preliminary assessments (spot checks)
• Long-term studies
• Emission source attribution
• Emission dispersion studies (e.g. fires, volcanoes)

Air quality analyzer for monitoring fine particulate matter (PM1, PM2.5, PM4, PM10, TSP) under demanding environmental conditions

Applications
Urban air quality monitoring
Smart city projects
Open pit mining and landfills
Formation and dispersion studies
Construction sites
Immission monitoring of industrial plants
Measurement of dust emissions from road and rail traffic as well as ports
Risk areas (natural and anthropogenic)

Air quality analyzer for monitoring fine particulate matter and pollutant gases (PM1, PM2.5, PM4, PM10, TSP, SO2, NO2, O3, CO) under demanding environmental conditions

Applications

• Urban air quality monitoring
• Smart city projects
• Open pit mining and landfills
• Formation and dispersion studies
• Construction sites
• Immission monitoring of industrial plants
• Measurement of dust emissions from road and rail traffic as well as ports
• Risk areas (natural and anthropogenic)

Applications

• Urban air quality monitoring
• Smart city projects
• Open pit mining and landfills
• Formation and dispersion studies
• Construction sites
• Immission monitoring of industrial plants
• Measurement of dust emissions from road and rail traffic as well as ports
• Risk areas (natural and anthropogenic)

Air quality analyzer for monitoring nanoparticles (UFP number concentration, LDSA-"Lung-deposited surface area") for demanding environmental conditions

Applications

• UFP concentrations in and around airports and seaports
• Formation and dispersion studies
• Immission monitoring of industrial plants
• Urban air quality monitoring
• Supplementary measurement of UFP concentrations at traffic-rich sites

Systems have also been designed and installed to measure mercury and speciate mercury in the exhausts of coal-fired utility stacks. A robust inertial probe system is used to transfer the stack gases through a series of conditioners so that representative sample  streams are presented to the Sir Galahad for measurement.  A unique calibration source, traceable to NIST standards has been developed; this source both checks the stability of   the instrument calibration and also confirms the integrity of the sample measurement. These units have been installed to monitor mercury removal systems in addition to stack emissions.

Concern over mercury levels in the atmosphere within Europe have led to the setting up of country wide mercury in air programs. Similarly throughout the world atmospheric air monitoring of mercury is becoming more in demand. The PSA online mercury analyser is ideal for this application with its multi stream capability, self calibration with validation, coupled with alarm sensors and full remote data output in optional formats.

The PSA 10.515 has been developed as a specific accessory for the Sir Galahad instrument. This system vaporises the condensate sample into an argon stream over a heated Amasil® trap. The mercury and mercury compounds are retained in the trap and the hydrocarbons vented to waste. The mercury levels are quantified by transferring them via a clean argon stream to the Sir Galahad for analysis. The system can be operated as a discrete analyser in conjunction with the Sir Galahad an automated system, or a fully automated online system.

The Millennium Merlin is a fully automated system for determining mercury in a range from 100 ppq to 10 ppm in a wide range of samples coupling vapourgeneration with atomic fluorescence spectrometry. The Millennium Merlin can be used as a manually operated system or as an automated system using one of the PSA range of autosamplers, operating under PSA’s Millennium software. The software co-ordinatethe individual modules of the system to control sampling, performs analysis, collects of data, calculates of results and prepares and collates reports.

Your partner for industrial safety systems. There are many areas with a risk of dangerous or explosive gases and vapours. We help you protect people, the environment and equipment against serious and costly damage. Our products have been providing reliable early warning of gas accidents and explosions for over 40 years. AIC gas detection and warning systems are designed specifically for these applications. Renowned companies rely on our quality products.

AIC development engineers are continually improving our products, which are manufactured and calibrated in-house in line with stringent quality standards. Our products are both easy to use and extremely reliable.

No matter how large or small the project, our knowledgeable sales advisors will analyze your safety requirements on site and advise you on the regulations relevant to your application.

As well as a wide range of accessories, AIC manufactures systems for industrial premises, biogas plants, homes, underground garages and parking lots.

Safety equipment and measures to guard against hazardous gases and vapors are becoming increasingly important. Continual monitoring and early warning of the presence of explosive or harmful gases and vapors are provided by gas warning systems from AIC.

These systems comprise detectors, a controller with control outputs, and connected units such as safety valves, fans and signaling systems.

stand-alone detectors can trigger safety responses without a controller.

AIC Provide wide range of Online Gas Chromatograph Systems with Gas Chromatographs (Process, On-line 19″ Rack and Laboratory ) and Gas Analysers (Total Hydrocarbon, Binary Mixes and Trace Nitrogen, Benzene, Toluene, Ethylbenzene, m+p-Xylene, o-Xylene etc).
We offer a complete design and build service of each product so that we deliver to you an analytical solution to meet your specific application. This includes the integration of complete rack cabinets to include all pipe work and electrical infrastructure to provide a turnkey installation on site. We will source and supply third party analysers to complete the Total Gas Solution if required also.
We are able to provide these Total Gas Analysis solutions for a wide range of applications with a guarantee that we stand over.

We are developing and manufacturing online GC’s system for trace level analysis of air toxics. Our innovative systems and technologies are certified for air quality and industrial site monitoring applications and installed in monitoring stations and mobile labs all over the world.
By supplying advanced analytical instruments for air quality monitoring, we serve scientists in getting a better understanding of the effects of organic pollutants in the air we breathe and we support environmental protection authorities worldwide in observing and controlling emissions of organic air toxics. In such ways we take on responsibility and have a share in protecting people and our nature.

Optimized for monitoring of organic pollutants in ambient air

These series of gas chromatographs have been developed for the continuous monitoring of organic compounds. The instruments are characterized by their rugged and compact design and their outstanding detection sensitivity in the low ppb to ppt range. The instruments allow for cabinet/rack mounting in AQMS, containers and mobile vans for monitoring of air pollutants in unattended opera-tion mode.

Various configurations of the GC series are available to cover a wide range of applications, such as monitoring of BTEX(Benzene, Toluene, Ethylbenzene, m+p-Xylene, o-Xylene etc) acc. European Directive 2008/50/EC, monitoring of ozone precursors acc. to the PAMS target list of VOC’s published by the U.S. EPA, monitoring of sulfur organic compounds, solvents, chlorinated hydrocarbons and other organic pollutants and air toxics.

The analyzer is type approved and QAL1 certified by German TÜV acc. EN 14662-3 and EN 15267 for monitoring of benzene in ambient air. This proofs the high quality standard of the instruments and its suitability for air quality and industrial site monitoring applications.Air quality and industrial site monitoring applications.

AIC provides complete solutions for Continuous Water Quality Monitoring using latest analysis technologies in our Analyser Systems.

We have a  widest range of sensors to measure  physical, chemical and biological parameters of water which includes following:-

• • pH, ORP & Temperature
  • Chemical Oxygen Demand
  • Biological Oxygen Demand
  • Total Organic Carbon
  • Dissolved Organic Carbon
  • Total Suspended Solids 
  • Turbidity 
  • Total Dissovled Solids
  • Dissolved Oxygen
  • Conductivity 
  • Nitrate
  • Ammonia 
  • Cynide
  • Phosphate
  • Silica 
  • Phosporous 
  • Color
  • Oil in water 
  • Sulphur
  • Oil Film Detector
  • Flowmeters for Effluent open channel or Close channel Level Transmitter

Emission limits relating to wastewater are becoming increasingly important. For this reason, the determination of composition and concentrations during the wastewater treatment process are essential. The access to continuous real-time information about the relevant parameters allows for an optimal management of treatment facilities.

Our products of allow for the simultaneous measurement and control, thereby increasing the overall efficiency and availability of wastewater treatment plants. The scalability and flexibility of our measurement and control systems offers optimal solutions for the requirements of industrial, as well as municipal wastewater treatment plants.

The safeguarding of the drinking water supply is an increasingly global challenge. The growing demand in combination with the high standards of quality require continuous monitoring of the resource, as well as our most important food, our drinking water.

We offer on-line measurement technology for the quality assurance in the drinking water production, as well as the drinking water supply. With our products we provide a reliable and long-term system solution for your requirements.

Today’s demands for the process measurement and control technology require specific solutions, which solve the complex tasks of the systems.

Our complete systems are optimally suited for solving the required tasks, as they allow for the integration of measurement and control in one overall solution. Our service ranges from a single measurement value up to complex SCADA solutions. Through the additional usage of innovative communication and data technology relevant information is available at all times.

The monitoring of environmental parameters allows the determination of information regarding the quality and development of water properties. For instance, the recorded data serves the purpose of an information system for the development of legal regulations, as well as the monitoring of their compliance.

With the application of on-line monitoring measurement devices it is possible to safely determine even temporary variations. Through innovative data communication it can be ensured, that necessary actions can even be taken on a short-term basis.

Hydrogen Purity Analyser have been design especially for cylindrical and power station to check the Hydrogen Purity.

8866 is an analyzer for harsh environment that allows very accurate and stable in line analysis of a gas in a binary (or almost binary) mixture, taking advantage of its own specific thermal conductivity, respect to the background gas.

The weatherproof and explosion proof 8866 is designed for field installation in the most severe conditions, minimizing the sample conditioning requirements.

Zirconia O2 Analyser is most suitable for monitoring the oxygen concentration of combustion gases in large or small boilers, various industrial furnace and combustion devices, or for the control of low-oxygen combustion. These oxygen analyzers are fast and precise for combustion control.

The G405 is an extractive Zirconia analyser housed in a rack 19” case, typically used for in-line O2 traces measurements in pure gas or in flue gas. Also available in transportable benchtop case.

Designed to measure Oxygen in flue gas for combustion efficiency and fuel saving. Ideal for measurements in the post-combustion chamber at high temperature typical of incinerators, cremators, heating furnaces, soaking pits, and annealing furnaces.

Wetted parts in ceramic materials (Zirconia and pure alumina) Resistant to corrosion by acid & aggressive substances, to abrasion and to the alternation of oxidant and reducing conditions External flanged installation & protection tube (option) warranty extra protection in case of huge dust amount in the process

EC9600 is ADEV cost effective solution to measure Oxygen in ppm and % in a great variety of applications. The sensing elements are high performance electrochemical sensors, unaffected by most of background gases. Simple and reliable solution to measure O2 in hazardous area (ATEX) Zone 1 / Zone 21.

ADEV sensors are specific for Oxygen. They measure the partial pressure of Oxygen from low ppm to 100% levels in inert gases, gaseous Hydrocarbons, Helium, Hydrogen, mixed gases, acid gas streams and ambient air.

In situ Moisture Analysers based on Solid State Zirconia Electrolyte Technology.

HydroFlue adopts advanced solid-state Zirconia Electrolyte measurement technology. The core sensor uses a structured design of high-temperature resistance (max. temperature of 900°C) that can stably work in a high-temperature environment for the long term.

HydroFlue can be widely applied to continuous online measurement of exhaust gas humidity and Oxygen in thermal power plants, chemical plants, steel shops, and the cement industry.

Our Packaged Analyser system includes Heating, Ventilation and Air Conditioning systems, Systems for power distribution, Utilities headers, Gas Monitoring Systems and Safety Devices, Pre-conditioning units for samples, including pressure and temperature control, Sample take-off probes Sample recovery systems that collect used samples and return them to the process lines, PLC based Safety control system, Communication Systems, Analyzer Systems Data Management Software and Hardware, and other supporting systems as required.

The shelters will be designed and manufactured to ensure the reliable performance of the analysers and their systems, to ensure an optimum operation and maintenance of the analyser by the plant personnel, to ensure the safety of the personnel, and minimize the impact on the environment at customer plant site.