Following the sampling activities of different matrices

6) Sampling and physico-chemical analysis of gas and particulates from emissions (chimneys) into the atmosphere

Monitoring of emission from Delimara Power Station Monitoring of emission from Sant'Antnin

Sampling of products of combustion to Enemalta Thermal Power Station, for the determination of Metals, PCB and Dioxins, PHAs, Physical measurements (temperature, velocity, humidity, etc.) present to the stack emissions

Sampling of Stack emission with gas analyser "Horiba" for the determination of CO2, CO, O2, NOx, SO2

Measurements of different parameters with Horiba

Physical measurements Physical measurements

Sampling of Physical measurements from Stack emission

7) Monitoring for Annual surveillance Tests (AST) and QAL2 on Continuous Emission Monitoring system (CEMS) in accordance with EN 14181

• The AST is the annual surveillance test for evalue if the values obtained by the CEMS satisfy the required uncertainty criteria. This test is divided in two parts: functional test and parallel measurements with a CEMS followed by variability test and QAL2 straight line validation previously created in according to UNI EN 14181:2004. The quality assurance activity (QAL2) is the procedure for the determination of the calibration function and variability test of CEMS compared to the uncertainty provided by legislation. The activity QAL2 is divided into two parts: functional testing and the calibration followed by the variability test in according to UNI EN 14181:2004.

8) Modelling work for the impact assessment with Breeze Roads

Breeze Roads is an air dispersion modeling suite that predicts air quality impacts of a number of pollutants including Carbon monoxide (CO), Nitrogen Dioxide (NO2) and Particular Matter (PM). It is specifically designed to model pollutant concentrations that are emitted from moving and idling motor vehicles at or alongside roadways and roadway intersections. The diffusion of pollutants from linear sources (roads) is calculated using the algorithms, the input data used in the model are: Area of the scheme; The geometry of the road segments (length, width ...); Dislocation of the receptors Weather conditions Vehicular emission factors

Roads in Modelling The view of Roads

Spectrophotometer UV Benchtop Analysis Atomic absorption Analytical balance

Following our laboratory to the Life Sciences Park In confirmation of the high professionalism of the laboratory within this structure, since July 2016, Sunlab has been accredited by NAB - Malta (Maltese National Accreditation Body) with the number 018 for the execution of analytical tests in according to the UNI CEI EN ISO/IEC 17025.

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