Program
Drinking Water treatment
* Analysis of the performance of water treatment plants;
* Analytical controls prescribed by the regulations;
* Generation and minimization of disinfection by-products;
* Specific problems of distribution networks.
* Definition of optimal conditions of treatment through experimental tests ( eg, Jar test).
Waste water treatment
* Start Mode and run of the various treatment units;
* Performance testing : qualitative and quantitative characterization of the influent , effluent and internal flows ( periodic measurements and continuous measurements ) .
* Ventilation devices check;
* Sludge sedimentation characteristics check;
* Hydrodynamic behavior check;
* Sewage sludge stabilization;
* Mechanic dehydration, cooling and thermal drying;
* Management of overloaded plants and interventions to improve nitrogen and phosphorus removal yields;
* Generation of noise and odors : containment interventions.
Multifunctional platforms : criteria for waste acceptance, management of different processes, emissions monitoring. Management procedures analysis (carried out directly in the field ) of a multipurpose platform for the treatment of industrial waste.
Composting: types of waste and power policies , process conducting ( depending on the type ) . Management procedures analysis (carried out directly in the field ) of a composting plant.
Sanitary landfill : pretreatments and method of waste deposition, monitoring plans, biogas and leachate management , restructuring actions in case of contamination . Analysis (carried out directly in the field) of the operating criteria of a landfill for municipal solid waste and a landfill for industrial waste.
Incineration : power policy of rejection, emissions monitoring, process control, combustion air and gas treatment systems, solid waste management.