Profile Project

Information updated to: 31/08/2016

Project

Dispositivo Mobile per Desorbimento Idrocarburi (DI.MO.D.I.)

Code PON01_00599
Field/s Environment and Ecology
Description The research project is focused on the treatment of soils contaminated by hydrocarbons by an innovative device that should represent the solution to many logistical problems that make difficult the “on site” treatment. The device (DIMODI) that the project want to develop consists in a mobile unit, installed on truck, completely self-sufficient and not at all cumbersome, able to permit emergency safety and remediation in reasonable short times and low cost actions. By such a device, in which complex exchange heat-matter phenomena occur, we want to develop an innovative system to put in touch the soil and the desorption gaseous flow and specifically we want to use a fluidized bed reactor directly fed by the exhaust gases coming out from the engine of the truck on which the apparatus is placed. Such a device, would produce an “on site” technology for hydrocarbon substances’ removal, which would represent, thanks to its technical specifications also concerning mobility and versatility, a solution of great interest to many logistical problems that make difficult the treatment today; moreover, it would furnish the optimization of a technology particularly indicated for treatment processes of refractory pollutants, such as hydrocarbons, which often cause severe contamination of soils due to improper storage methods, accidental surface spills, or even losses from reservoirs. In this frame, the project is part of interventions aimed to the protection and regeneration of the territory by stimulating research insights that start from a technical and economic evaluation of the problem and, propose innovative solutions with potential application in the field and consistent with the most innovative intervention methods of decontamination as requested by the EU, national and regional programming. The considered research activities intend to achieve decisive results in terms of research and technological development for each of the stages involved in the considered treatment process. In particular: - shredding/pulverizing of the removed soil: the soil should be reduced to such a size able to be fluidized by a high temperature gas flow; - desorption of volatile and semi-volatile organic contaminants: made possible by the direct contact air/solid particles on the soil in exit from crushing section, contact made by a fluidized bed reactor, where you plan to use the engine exhaust gases as fluidization gas; - particulates separation, constituted by the thinnest phase of the soil, from the fumes: to be achieved by a battery of cyclones, these powders can be returned to the site of origin; - smoke treatment: removal of the hydrocarbon vapors removed from the soil and from the subtle and ultra-subtle particulate before the drainage in atmosphere, it can be taken in consideration a section of heat exchange for a greater thermal efficiency. The final Objective of the project is to design and build a demonstrator complete device capable of treating, maximum values of the speed of treatment, up to 10 t/h. Research and development, as well as the exploitation of scientific and technical implications of the project, assume a fruitful and continuous interaction between skills and knowledge in various technology areas, which will be pursued in the project from a planned close collaboration at every stage of the same between universities and SMEs. Moreover, the socio-economic interest of the research, as it will better emphasized in the following, is not only in the high added value that would derive from the fact that the participant PMI will be able to use in future a similar apparatus in order to carry out extremely effective and low cost actions, but also having on the market an instrument at low environmental impact surely interesting for the customers to use it in all the areas being interested from operations of adduction or stocking of hydrocarbons, among them: the refueling stations, that need fast safety actions.
Total cost 4,071,907.17 euro
Public contribution
Total public contribution
2,934,845.14 euro

NOP R&C contribution
2,934,845.14 euro

PAC contribution
0.00 euro

Distribution Advancement of distribution in %
Total amount distributed
2,120,817.76 euro

NOP R&C distributed amount
2,120,817.76 euro

PAC distributed amount
0.00 euro

Legend

Field/s – Indicates the field or fields in which the project has the most relevance. A project may have more than one field. For some projects it is not assigned. The field are the following 8: "Health and wellbeing", "Food", "Energy", "Environment and Ecology", "Transport and Logistics", "Cultural goods and activities", "Social Innovation" and "Smart Cities".

Description – Descriptive summary of project.

Total cost – Total cost of project.

Public contribution – Three elements are reported:

  • Total commitment – total amount admitted to financing, may include more than contribution to be valued on NOP R&C, also on other funds.
  • NOP R&C admitted contribution
  • PAC admitted contribution
  • Contribution with other funds

Distribution – The following elements are reported:

  • Total distributed amount – takes into account the distributed amount considering both NOP R&C distribution and other funds if provided for
  • NOP R&C distributed amount – amount distributed to financing of project to be valued on NOP R&C
  • PAC distributed amount – amount distributed to financing of project to be valued on PAC
  • Amount distributed with other funds – amount distributed to financing of project with other funds

The distributions refer to the date of last update indicated at top.

Type of beneficiary Public commitment for beneficiary
University 1
Micro business 1
Total Beneficiaries 2

Seconda Università degli Studi di Napoli

Tax File Number: 02044190615
Unique Project Code: B81C11000270005
Location of financial commitments: Campania
Type: University

Presentation date 09/04/2010
Approval date 07/07/2015
Start of activity Expected date
02/10/2011
Effective date
02/10/2011
End of activity Expected date
31/08/2015
Effective date
-
Total cost 1,254,063.00 euro
Public contribution Total
1,065,953.55 euro
Eligible of NOP R&C
1,065,953.55 euro
Distribution Total
1,065,953.55 euro
Amount of NOP R&C
1,065,953.55 euro

Date of last distribution of NOP R&C
-

Edilgen

Tax File Number: 05419570634
Unique Project Code: B21C11000760005
Location of financial commitments: Non disponibile
Type: Micro business

Presentation date 09/04/2010
Approval date 01/10/2014
Start of activity Expected date
02/10/2011
Effective date
02/10/2011
End of activity Expected date
31/08/2015
Effective date
-
Total cost 2,817,844.17 euro
Public contribution Total
1,868,891.59 euro
Eligible of NOP R&C
1,868,891.59 euro
Distribution Total
1,054,864.21 euro
Amount of NOP R&C
1,054,864.21 euro

Date of last distribution of NOP R&C
-
Axis - Operational objective I - Scientific and technological fields, generators of industry transformation processes and creators of new sectors (Go to )
Action Strategic scientific and technological areas
Action line Industrial Research (Go to)
Instrument of implementation Invitation to presentation of Industrial Research projects (DD 1/Ric 18/01/10)
NSF - objective Strengthen and evaluate the whole chain of research and cooperation networks between the research system and businesses, to contribute to competitiveness and economic growth; sustain maximum distribution and use of new technologies and advanced services; heighten level of scientific and technical knowledge and skills in the production system and in institutions
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