Ensure access to affordable, reliable, sustainable and modern energy for all
Making the most of the EU Recovery and Resilience Facility (RRF) instrument, the project provides an upgrade to the plant layout in order for it to meet the increasingly stringent environmental regulations and maximize recovery and recycling rates. The initiative broadly contributes to enhancing the integrated cycle of urban waste.
Location
Giugliano (NA)
Data
Type of service:
Technical and economic feasibility design
Design period:
December 2021
Technical data
Total site surface:
60.000 m²
Aerobic-anaerobic OFMSW section
Treatment capacity: 75.700 t/year
Produced Compost: 10.500 t/year
Produced Biomethane: 600 Sm3/h
Paper and cardboard recovery line
Treatment capacity: 37.200 t/year
Plastic material bales: 2.400 t/year
Paper and Cardboard bales: 29.000 t/year
Glas recovery line
Treatment capacity:77.000 t/year
Green glass cullet: 26.250 t/year
Flint glass cullet: 26.250 t/year
Amber glass cullet: 13.130 t/year
Metals (ferrous and non-ferrous): 875 t/year
Promote sustained, inclusive and sustainable economic growth, full and productive employment and decent work for all
Build resilient infrastructure, promote inclusive and sustainable industrialization and foster innovation
Ensure sustainable consumption and production patterns
Take urgent action to combat climate change and its impacts
Strengthen the means of implementation and revitalize the global partnership for sustainable development
The plant produces biomethane for the transport sector and compost for agricultural use in compliance with European and national regulations (EU regulation EN:13432 and the new European fertilizer regulation 2019/1009).
The revamp will include three process lines:
- An aerobic-anaerobic treatment section for the Organic Fraction of the Municipal Solid Waste (OFMSW) that will recover high-quality compost and biomethane;
- A section for the recovery of paper and cardboard coming from municipal solid waste segregated at source;
- A section for the recovery of glass coming from municipal waste segregated at source (colour-sorted glass, cullet production).
The aerobic-anaerobic process line provides a waste treatment capacity equal to 57.000 t/y of OFMSW, and 18.700 t/y of green waste. The section consists of:
a) A reception bunker followed by mechanical pre-treatment of incoming waste;
b)An anaerobic digestion section, where biomass undergoes a biochemical conversion producing biogas and a residual liquid (digestate);
c) A digestate mechanical dewatering section, with subsequent flocculation and flotation treatment followed by a leachate treatment plant;
d)A composting section for the aerobic stabilization of the solid digestate, thus obtaining a quality compost;
e) An up-grading unit of the biogas produced by anaerobic digestion to bio-methane production.
Composting plant – Melilli
c.da Santa Catrini, Melilli (SR)
Combined multifuncional industrial plant for sludge and liquid waste treatment – Foggia
Foggia
Highly automated paper and cardboard recovery facility – Napoli
Comune di Napoli (NA)
Highly automated material recovery facility (MRF) for paper, crdboard and glass – Caivano
Comune di Caivano (NA)
Revamping of the municipal solid waste treatment plant – Tufino
Comune di Tufino (NA)
Industrial plant with combined anaerobic/aerobic treatment of OFMSW for the production of biomethane and compost – Lecce
Lecce (LE)
Revamping of the aerobic / anaerobic integrated plant for the treatment of OFMSW – Salerno
Comune di Salerno (SA)
Multifunctional waste to energy plant – Castellana Sicula
Castellana Sicula (PA)
Multifunctional waste to energy plant – Mazzarrà Sant’Andrea
c.da Zuppà, Mazzarrà Sant’Andrea (ME)