Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Italy’s Experience in the Decommissioning of Fuel Cycle Plants: The historian's Perspective

View through CrossRef
Italy represents a unique case of a country that invested heavily in the development of nuclear power before abandoning outright this energy source in 1987. Drawing on uncatalogued original documents of the nuclear authority of the time, this contribution aims at exploring from a historical-archivistic perspective how Italy failed in dealing with its nuclear heritage, turning it in a hybrid element of its own environment. The focus is on fuel cycle facilities: they were self-contained, small plants whose decommissioning was deemed as less troublesome compared to the one of the larger power stations.A first phase, from 1987 to 1995, was characterised by deferred decommissioning (rather, ‘mothballing’) in the context of the striking absence of any comprehensive strategy. Thus, a sector that was cash-starved and hit by a massive brain-drain was barely able to provide for radiological safety and to conduct episodic interventions. In March 1995 a new law on ionising radiations implemented in the national legislation a 15-year backlog of Euratom regulations. The law defined decommissioning as a string of actions eventually leading nuclear sites to greenfield status. This implied a fundamental strategic choice. By 1999 the government had elaborated a white paper that – drawing on NEA cooperation and notably Greifswald decommissioning programme – advocated the adoption of early decommissioning. Mixing ethical principles with reasons of expediency, the white paper set a 20-year target to attain the greenfield status.The strategy assumed the early availability of a national waste repository – an issue repeatedly dubbed as ‘undelayable’ since mid-1970s. The failure in siting the national repository, till now, represented a major setback. Moreover, documents further reveal a very complex situation at the sites, with an awkward catalogue of wastes largely unconditioned and in a variety of physical forms and radiological activity, though individually in relatively small quantity. This was the outcome of false starts, technical repentance and domestic infighting over the past nuclear programme. While dealing with the fuel fabrication plant in Bosco Marengo might be comparably easier, the two pilot reprocessing lines in Saluggia and Trisaia turned out an insurmountable obstacle, with a jumble of technical, legal and public consent troubles which the documents help to sort out.
Copernicus GmbH
Title: Italy’s Experience in the Decommissioning of Fuel Cycle Plants: The historian's Perspective
Description:
Italy represents a unique case of a country that invested heavily in the development of nuclear power before abandoning outright this energy source in 1987.
Drawing on uncatalogued original documents of the nuclear authority of the time, this contribution aims at exploring from a historical-archivistic perspective how Italy failed in dealing with its nuclear heritage, turning it in a hybrid element of its own environment.
The focus is on fuel cycle facilities: they were self-contained, small plants whose decommissioning was deemed as less troublesome compared to the one of the larger power stations.
A first phase, from 1987 to 1995, was characterised by deferred decommissioning (rather, ‘mothballing’) in the context of the striking absence of any comprehensive strategy.
Thus, a sector that was cash-starved and hit by a massive brain-drain was barely able to provide for radiological safety and to conduct episodic interventions.
In March 1995 a new law on ionising radiations implemented in the national legislation a 15-year backlog of Euratom regulations.
The law defined decommissioning as a string of actions eventually leading nuclear sites to greenfield status.
This implied a fundamental strategic choice.
By 1999 the government had elaborated a white paper that – drawing on NEA cooperation and notably Greifswald decommissioning programme – advocated the adoption of early decommissioning.
Mixing ethical principles with reasons of expediency, the white paper set a 20-year target to attain the greenfield status.
The strategy assumed the early availability of a national waste repository – an issue repeatedly dubbed as ‘undelayable’ since mid-1970s.
The failure in siting the national repository, till now, represented a major setback.
Moreover, documents further reveal a very complex situation at the sites, with an awkward catalogue of wastes largely unconditioned and in a variety of physical forms and radiological activity, though individually in relatively small quantity.
This was the outcome of false starts, technical repentance and domestic infighting over the past nuclear programme.
While dealing with the fuel fabrication plant in Bosco Marengo might be comparably easier, the two pilot reprocessing lines in Saluggia and Trisaia turned out an insurmountable obstacle, with a jumble of technical, legal and public consent troubles which the documents help to sort out.

Related Results

Current Situation and Development Trend of Decommissioning of Nuclear Power Plants
Current Situation and Development Trend of Decommissioning of Nuclear Power Plants
Abstract The complete life of a nuclear power plant consists of three stages: construction, operation and decommissioning. In the last stage of the operation life of...
Subsea Pipelines and Flowlines Decommissioning: What We Should Know for a Rational Approach
Subsea Pipelines and Flowlines Decommissioning: What We Should Know for a Rational Approach
Offshore and subsea decommissioning will increase in the next five years or so as many producing fields are matured and cease production while the oil price continues to remain low...
Collaborations Involving Malaysia Upstream Regulator to Enhance Decommissioning
Collaborations Involving Malaysia Upstream Regulator to Enhance Decommissioning
Abstract This paper aims to share the collaboration efforts of Malaysia's governing body for Upstream oil & gas industry with various stakeholders to enhance dec...
Research on Scenarios and Development Paths of China’s Commercial Closed Nuclear Fuel Cycle
Research on Scenarios and Development Paths of China’s Commercial Closed Nuclear Fuel Cycle
Abstract China implements the established policy of closed nuclear fuel cycle for the sustainable development of nuclear power. However, there seems no feasible deve...
Analisis Perbandingan Fuel Consumtption Pada Pesawat boeing B737-800 Rute CGK-DMK dan CGK-AMQ
Analisis Perbandingan Fuel Consumtption Pada Pesawat boeing B737-800 Rute CGK-DMK dan CGK-AMQ
Fuel consumption merupakan perhitungan konsumsi bahan bakaryang digunakan pesawat udara melalui dua engine, perhitungan ini akan mengetahui banyaknya fuel yang digunakan oleh pesaw...
Impossible to Possible - Decommissioning the UAE's Oldest Oil Refinery with Zero Flaring
Impossible to Possible - Decommissioning the UAE's Oldest Oil Refinery with Zero Flaring
Abstract Decommissioning of Oil Refinery is not a regular affair, hence information on best practices being followed during facility decommissioning is not available...
The Adventitious-Pin-Failure Study Under a Slow Power Ramp
The Adventitious-Pin-Failure Study Under a Slow Power Ramp
In a fast breeder reactor, a slow power ramp accident could lead to a local melting of the fuel depending on design and assumptions. If we assume cladding failure in addition to th...
Thyroid Gland and Male Reproductive Anomalies Among Fuel Handlers in Gampaha District, Sri Lanka
Thyroid Gland and Male Reproductive Anomalies Among Fuel Handlers in Gampaha District, Sri Lanka
Abstract Introduction:Fuel handlers at petrol stations are continuously exposed to organic solvents from fuel and vehicle emissions. Endocrine disrupting chemicals (...

Back to Top