# LLM Context
URL: https://weeg.it/progetti-whitenergy/reti-di-teleriscaldamento/

# District Heating Networks

> The page presents the Enomondo district heating network in Faenza, supplied by a biomass cogeneration plant that recovers agricultural, agri-food, urban, and biomass residues to produce thermal and electrical energy for industrial and civil users.

## Page details

- **Source language:** Italian
- **Content type:** Page
- **Original title:** Reti di Teleriscaldamento
- **English title:** District Heating Networks
- **Source URL:** https://weeg.it/progetti-whitenergy/reti-di-teleriscaldamento/
- **Summary:** A project page describing Enomondo's district heating network in the industrial area of Faenza, its biomass-based energy source, recovered waste streams, served users, thermal distribution, functions, network technology, and stated environmental benefits.

## Enomondo district heating network in Faenza

The Enomondo project is presented as an example of circular economy applied to energy. The district heating network was developed within the industrial area of Faenza and is supplied by a biomass cogeneration plant managed by Enomondo, a company formed through a joint venture between Caviro and Hera.

The plant treats approximately 190,000 tonnes of waste each year from agricultural companies, agri-food supply chains, and urban collection. Through selection, composting, and controlled combustion of biomass such as grape pomace, wood chips, grass cuttings, pruning residues, and CDR, Enomondo produces thermal and electrical energy.

## How the thermal energy is used

Thermal energy produced by Enomondo's plants supplies the Caviro Extra facilities. Surplus thermal energy is distributed to civil and industrial users through the district heating network.

The system provides:

- heating;
- cooling;
- domestic hot water production.

The page describes the system as efficient, safe, and low-impact from an environmental perspective.

## Circular economy and environmental performance

The district heating network is described as a modern and sustainable infrastructure intended to replace individual boilers with a single source powered by renewable energy.

By recovering biomass and organic waste, the system follows a circular-economy model. The page states that it contributes to avoiding more than 57,000 tonnes of CO₂ emissions each year.

## Project data

| Attribute | Information stated on the page |
| --- | --- |
| Energy source | Cogeneration from solid biomass: grape pomace, wood chips, compost, grass cuttings, and CDR |
| Waste recovered | Approximately 190,000 tonnes/year |
| Energy produced | Thermal and electrical energy, with surplus fed into the network |
| Avoided CO₂ | Approximately 57,000 tonnes/year |
| Users served | Caviro facilities, civil users, and industrial users |
| Thermal distribution | 100,000 MWht/year |
| Functions | Heating, cooling, and domestic hot water production |
| Network technology | Heat exchangers and a low-temperature secondary circuit |
| Stated advantages | Greater efficiency, lower emissions, reliability, and elimination of individual boilers |

## District heating networks linked from the page

The page links to the following district heating projects or operators:

- [Lario Green Energy district heating](https://www.lariogreenenergytlr.it/)
- [Enomondo district heating](https://teleriscaldamento.enomondo.it/)
- [Bonollo](https://bonollo.it)
- [Cereal Docks district heating](https://teleriscaldamento.cerealdocks.it/)