Supporting the operation and maintenance Environmental Management System

(EMS) ISO 14001 for Ajman Biorefinery and Waste Water Treatment Facility.

 Collecting environmental data, preparing reports and establishing environmental

database. Effluent Quality Monitoring,BOD,COD,Microbiological parameters, sludge cake testing and monitoring before final disposal,Nutient Level (Nitrates and Phosphates).

 Reporting Tools and Technologies; SCADA Systems: Real-time monitoring and reporting of key performance indicators, Lab Information Management Systems (LIMS): Managing and automating sample testing and data reporting.

 Supporting the operation and maintaining ISO14001 environmental management

system to optimize environmental performances in accordance with Environmental

Policy and Environmental Objectives.

 Air Quality Monitoring, emissions from CHP, flare, especially from incinerators or biogas recovery systems; thermophillic anerobic digesters.

 Assisting in conducting environmental campaigns and trainings by engaging all

stakeholders to promote environmental awareness, knowledge and culture.

 Assisting in the tracking any change of control to any environmental standards and

procedures and ensure clear and concise communication of these changes to all

stakeholders.

 Energy Use and Efficiency,Reporting energy consumption during treatment processes, Highlighting energy-saving initiatives or renewable energy usage (e.g., biogas utilization).

 Sludge Management:Tracking the generation, treatment, and disposal of sludge.

 Chemical Use: Cl2, NaOH, Ca(OCL)2, FeCL3, NH3, H3PO4.

 Monitoring and tracking document, trainings, testing and records related to

environmental emergency response plan (EERP) in coordination with relevant

stakeholders to ensure compliance.

 Coordinated and monitored environmental testing and sampling activities in

compliance with environmental regulations.

Process & Operations:

 Sewage flow management: preliminary, primary, secondary, tertiary and disinfection system.

 Monitoring Up flow Anaerobic Sludge Blanket Reactor (UASBR) system, Bio gas

Production and upstream process. Aeration tanks, activated sludge management.

 Collecting samples of Activated Sludge, checking SV30 (RAS/WAS/SAS),

desludging, sludge cake, collecting centrate, final effluent, checking Conductivity, PH, Total/Residual Chlorine, turbidity, COD/BOD, Total      

 Nitrogen to ensure treated water meets in line with or exceeds EPA standards.

 Calculation of; Pollution Load, Mass Balancing, FM ratio, Efficiency Calculation, up

flow velocity in UASBR, SVI, Clarfiers' Blanket testing, Operating Plant Machinery

based on MLSS results of lab report.

 Maintaining Chlorination in liquid form at final effluent discharge,total chlorine, turbidity minimum (NTU), conductivity, pH etc.

 SCADA Operation Systems.

 Operational Data in Biogas Plant: Daily gas production, composition (methane percentage), and energy utilization.Process stability indicators (e.g., pH, temperature, volatile fatty acids to alkalinity ratio).

 Sewage Treatment: Influent and effluent water quality parameters (BOD, COD, nutrients). Flow rates and hydraulic retention times (HRT). 

 H₂S Monitoring and Analysis: Conduct routine analysis of biogas for H₂S content, Use gas monitoring equipment (GASTEC Tube measurement capacity approx: 20000 ppm) to ensure compliance with safety and quality standards.

 Biogas Plant Bioreactor Process: H2S Upgrading Reporting :H2S Removal Techniques inBioreactors, Biological Desulfurization ,Continuous H2S monitoring using gas analyzers, Regular sampling for microbial health (if using biological methods), Monitor pH and redox potential in the bioreactor.