Environmental Products

Air Quality Monitoring Systems (AQMS)

AIMS as part of its environmental responsibility has taken up the job to enable more sustainable and affordable air quality monitoring across the GCC. In its continuous endeavors AIMS has been successfully supplying equipment and complete solutions for air quality monitoring. AIMS has also successfully integrated, commissioned and maintained AQMS for some of the most prominent entities such as ADNOC, Fujairah Environmental Authority, Zones Corp, AD ports, DUQUM and Qatar petroleum.

Though the maintenance is done routinely with diligence which is the most important achievement of all, some of the key achievements also include:

• AIMS has successfully integrated the CEMS and PEMS Data from the ADNOC group companies with the ADNOC Ambient system.
• As part of Fujairah Environmental Authority’s requirement AIMS has provided a solution and is successfully implementing to integrate the all local industrial emission data to their central system.

AQMS Achievements:

• AIMS has achieved 90% in performance rating in the Contractor Performance Evaluation for AQMS in 2021 by ADNOC.
• AIMS successfully completed PETROFAC AQMS project in Oman.
• Fujairah Municipality awarded AQMS project to AIMS for the 5th consecutive year.
• Qatar Petroleum awarded AIMS for the Air Quality Monitoring and Maintenance and the Phase 1 maintenance plan was successfully carried out.

AIMS has employed key state-of-the-art systems/equipment with standard measurement methods approved or comparable to the USEPA. Listed are some of the products.

Model 17i Ammonia Analyzer

Measure ammonia (NH3) concentrations in ambient air with the Thermo Scientific Model 17i Ammonia Analyzer. The Model 17i utilizes chemiluminescence technology for a reaction that produces a characteristic luminescence with intensity proportional to the amount of NO. Highly reliable, this analyzer provides long-term stability.

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Model 42i (NO-NO2-NOx) Analyzer

Measure levels of nitrogen oxide (NO-NO2-NOx) in the emissions from a source using chemiluminescent technology with the Thermo Scientific Model 42i NO-NO2-NOx Analyzer.

Discover the iQ to work smarter with our next generation 42iQ NO-NO2-NOx Analyzer.

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Model 43i SO2 Analyzer

Measure SO2 in ambient air up to 100ppm with the Thermo Scientific Model 43i SO2 Analyzer, the first gas analyzer to utilize pulsed fluorescence technology to measure SO2. Reflective bandpass filters are less subject to photochemical degradation and more selective in wavelength isolation, resulting in both increased detection specificity and long term stability.

Discover the iQ to work smarter with our next generation 43iQ Sulfur Dioxide Analyzer.

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Model 49i Ozone Analyzer

Measure the amount of ozone in ambient air with the dual-cell, UV photometric Thermo Scientific Model 49i Ozone Analyzer.

Discover the iQ to work smarter with our next generation 49iQ Ozone Analyzer.

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Direct Methane & Non-Methane Hydrocarbon Analyzer Model 55i

Make automated measurements of methane and non-methane hydrocarbons with the Thermo Scientific Direct Methane & Non-Methane Hydrocarbon Analyzer, Model 55i. Unlike instruments that measure only methane and total hydrocarbons, this back-flush gas chromatography (GC) system provides a direct measurement of non-methane concentrations.

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Model 48i CO Analyzer

Measure the amount of carbon monoxide (CO) in ambient air with the Thermo Scientific Model 48i CO Analyzer. The gas filter correlation technique as utilized by the Model 48i gas filter correlation analyzer offers over 30 years of field-proven performance in providing accurate and reliable readings.

Discover the iQ to work smarter with our next generation 48iQ Carbon Monoxide Analyzer.

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Model 1150 Dual Reactor

Reliably remove carbon monoxide and hydrocarbons from filtered ambient air using two reactors in series, providing efficient catalytic conversion of CO and HC to CO2 and H2O at 350°C with the Thermo Scientific Model 1150 Dual Reactor.

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Model 146i Multi-Gas Calibrator

Calibrate ambient air and other gas monitoring instrumentation with the Thermo Scientific Model 146i Multi-Gas Calibrator, which generates gas standards. The output of the Model 146i is used to calibrate instruments that perform zero, precision, Level 1 span checks, audits, and multi-point routines in accordance with USEPA requirements.

Discover the iQ to work smarter with our next generation 146iQ Multi-Gas Calibrator.

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Model 410i Carbon Dioxide Gas Analyzer

Measure the concentration of CO2 in emissions with the Thermo Scientific Model 410i Carbon Dioxide Gas Analyzer, which utilizes advanced NDIR optical filter technology. The Model 410i continuously monitors carbon dioxide (CO2) in source emissions while offering user-selectable reporting capabilities for either of the accepted industry standards, straight extractive or dilution sampling methods.

Discover the iQ to work smarter with our next generation 410iQ Carbon Dioxide Analyzer.

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Hydrogen Sulfide – Sulfur Dioxide Analyzer Model 450

Measure the levels of H2S and SO2 in ambient air with the Thermo Scientific Hydrogen Sulfide – Sulfur Dioxide Analyzer Model 450. This analyzer features pulsed fluorescence technology, and performs simultaneous measurement readings to provide reliable data capture on a constant basis.

Discover the iQ to work smarter with our next generation 450iQ Hydrogen Sulfide and Sulfur Dioxide Analyzer.

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Model 5028i Continuous Particulate Monitor

Conduct simultaneous, real-time measurement of PM10 and PM2.5 and benefit from lower maintenance requirements with the Thermo Scientific Model 5028i Continuous Particulate Monitor. The unit combines dual channel sampling technology and beta attenuation analysis on the proven iSeries platform to measure PM10 and PM2.5 simultaneously. The Model 5028i offers continuous, non-stepwise measurement of particulates and complies with U.S. EPA PM-10 (EQPM1102-150) and PM-2.5 (EQPM0609-183).

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Continuous Emission Monitoring System (CEMS)

A continuous emission monitoring system (CEMS) is the total equipment necessary for the determination of a gas or particulate matter concentration or emission rate using pollutant analyzer measurements and a conversion equation, graph, or computer program to produce results in units of the applicable emission limitation or standard. CEMS are required under some of the EPA regulations for either continual compliance determinations or determination of exceedances of the standards. The individual subparts of the EPA rules specify the reference methods that are used to substantiate the accuracy and precision of the CEMS. In collaboration with our renowned manufacturers, AIMS has provided CEMS systems to many different industries in the region.

Predictive Emission Monitoring System (PEMS)

A predictive emission monitoring system (PEMS) is the total equipment necessary for the determination of a gas concentration or emission rate using process or control device operating parameter measurements and a conversion equation, a graph, or computer program to produce results in units of the applicable emission limitation or standard.

Software-based predictive emission monitoring system (PEMS) for continuous real-time monitoring of pollutants such as NOX, SO2, CO, HC or reference variables such as O2.
PEMS are an innovative and cost-effective approach to continuous monitoring of emission sources as an alternative to continuous emissions monitoring systems (CEMS).
Functionality: A predictive emission monitoring system cannot measure emissions directly and instead uses an empirical model to predict emissions based on historical and real-time process data.
Together with our principal DURAG Data Systems AIMS has installed PEMS in ADNOC Gas Processing in UAE.

Relative Accuracy Test Audit (RATA)

Relative Accuracy Test Audits (RATA) compares data from a facility’s Continuous Emissions Monitor System (CEMS) to a simultaneously collected reference method test data in order to assess the accuracy of the CEMS readings.

AIMS provides comprehensive services to our clients to ensure that they are meeting the requirements of EPA including:

• Preparing Quality Assurance/Quality Control Manuals;
• Managing a facility’s performance evaluation requirements to ensure that quarterly, semi-annual and annual evaluations are scheduled and conducted to meet the requirements of EPA
• Conducting Relative Accuracy Test Audits, Flow Audits and Cylinder Gas Audits
• Conducting Annual Independent Inspections to ensure that the facility is meeting quality assurance objectives and identifying areas of improvement
• Conducting on-site training to ensure facility personnel understand the requirements of Environment protection agency and the importance of the Quality Assurance/Quality Control Manual

Technical support to aid the facility/industry in interpreting EPA Report and understanding how it applies to their facility.

Soil & Water Decontamination

We are pleased to introduce a new line of innovative products, X-Oiler Matrix, a polymer utilized for soil & water decontamination. Developed by S.A.S Controls, X-Oiler Matrix is a super-absorption polymer that effectively locks oil and hazardous components into a stable, environmentally safe residue. As a result of the technology’s versatility, it can treat a wide range of contaminants including heavy oils and sludges that contain hazardous heavy metals such as mercury, lead, nickel, and any metal heavier than copper.

A XOiler Matrix is of two types, X-OilerOcean & X-OilerAgro. While is X-Oiler-Ocean is used for instant stabilizing, neutralizing, and cleaning of oil spills in marine areas; X-Oiler Agro is used for instant remediation of contaminated soil.