PerFORM WATER 2030

Project Partners

Gruppo CAP (capofila)
Politecnico di Milano
Università degli Studi di Milano-Bicocca
IRSA-CNR
GeneGIS GI
HyDEP
MMI
Passavant Impianti
SEAM engineering
SIAD
Veolia Water Technologies
VOMM

Application

Consortium installations

Purpose of the project

PerFORM WATER 2030 aims to create a platform for research, development and validation of technologies and cognitive/decisional tools, aimed at ensuring an effective and efficient management of the Integrated Water Service. The project will be developed in 4 thematic areas: water line, sludge line, energy/material recovery and economic/social valorisation of technologies.

Team

Project manager
Construction manager
Process coordinator
Process engineer
Electrical engineer
Civil engineer

Performed services

SEAM engineering’s commitment to energy and material recovery is realised in the activities of increasing biogas production with co-digestion (in collaboration with Politecnico di Milano) and upgrading biogas to biomethane by biological means (in collaboration with Politecnico di Milano and partner HyDEP) for pilot-scale experiments in the San Giuliano Milanese Ovest purification plant.

Co-digestion for increased biogas production

Co-digestion experimentation activities include the design and implementation of a pilot-scale digester, which will allow for a proper evaluation of the benefits that can be obtained compared to commonly used techniques.

Description of activity:

  • Design and construction of a pilot-scale digester for the treatment of: sewage sludge, microalgae grown on the liquid fraction of digestate, FORSU (Organic Fraction of Municipal Solid Waste) and other food waste.
  • Start-up, operation and monitoring of the pilot-scale reactor, testing different operating conditions in order to optimise the process.
  • Performing specific biomass characterisation tests for process modelling.

Objectives and expected results:

  • Increased biogas production and improved sludge stabilisation.
  • Identification of key parameters determining process stability.
  • Development of a model for controlling the co-digestion process.

Biogas to biomethane upgrade

Experimentation activities include the design and construction of a pilot-scale plant, which will operate under different operating conditions, fuelled by biogas from the full-scale digester and hydrogen, supplied by a dedicated electrolyser located in the same container.

Description of activity:

  • Engineering and construction of an ex situ anaerobic pilot plant and electrolyser, instrumented and capable of operating under variable conditions.
  • Start-up, plant operation and monitoring (on and off-line), biochemical testing and sequencing.
  • Development of a Petersen matrix-based model and evaluation of technical feasibility.

Objectives and expected results:

  • Ugrade of biogas to and above 90 per cent methane.
  • Identification of key parameters, to control and design the process.
  • Development of a model for process interpretation and control.

SEAM engineering is also engaged on the Water Line in the activity Removal of micropollutants with microalgae and nanoparticles in collaboration with the University of Milano-Bicocca and the Milan Polytechnic for both laboratory and pilot-scale experiments in the Bresso purification plant.