• design and development of new modern technologies for a superior recovery of biomass (lignocellulosic wastes and algae) in order to obtain 2nd and 3rd generation of biofuels and also
• the determination of their applications.
  

• development and implementation of clean technologies for superior utilization of biomass;
• realization of a pilot plant that will apply this technology;
• recovery of resulted sludge and their use as fertilizer in agriculture;
• elaboration of a biogas standard according to EU norms;
• technology patent;
• PC7 proposal.

CARENZI proposes:

• development of an innovative, cost-efficient and safe technology for the production of green alternative fuel from waste vegetable oils whose application leads to reduction of greenhouse emissions;
• construction of a pilot plant that will use this technology;
• technology patent.

The purpose of the project is to substantiate and apply scientifically technical investigative methods in the archaeological artifacts, historical and architectural field which are subject to destructive action of natural and anthropogenic agents, in order to identify the opportunities for improvement and restoration of cultural heritage. Artifacts are objects considered a result of human activities that give valuable information on manufacturing technology and their use. They provide the necessary data to obtain results of historical and archaeological nature and details regarding the origin or production technique of archaeological objects.

The purpose of this project: (i) a comprehensive study and development of new methods for rapid and sensitive analysis in order to determine estrogenic contaminants and heavy metals in food chain, at nanoscale, by using modern chromatographic and spectrometric techniques. It will be develop new analysis techniques for: PCB congeners, PAH, DDT, DDE, Dieldrin, phthalic esters, heavy metals; (ii) validation of developed methods: experiments in order to optimize and establish the performance parameters for determination method of estrogenic contaminants - chromatographic separation and identification of organic species and heavy metals – detection limit, sensibility, selectivity, justness, fidelity, uncertainty, degree of recovery in accordance with RENAR, EURACHEM and European Co–operation for Accreditation.

DEFENOL aims the scientific substantiation and the development of a modern, non-conventional technology to reconstruct and consolidate the biological and ecological diversity.

The project approaches:

• Methods and techniques for detecting, at nanoscale level, the phenolic compounds from different water sources;
• The action of various microorganisms in the remediation of phenolic waters;
• The influence of various non-conventional water treatment methods on the degradation of phenolic compounds.

BIOHID submits, in the first stages of the project, an experimental development which will be focused on the optimization of the technological solution for second generation hydrogen enriched biofuel, produced in a catalytic treatment pilot plant that will be especially created for this purpose.

The project novelty is given by:

• Biofuel production technology: The technological solution proposed by this project represents an absolute novelty at international level, being enframed within the technologies for refining fuels destined for internal combustion engines. The technology proposed for producing a “reformulated biodiesel” starts with the catalytic treatment with hydrogen enriched gas of the triglycerides contained in vegetable oils and animal fats, which leads to the obtaining of fatty acids and glycerin. In order to obtain the “reformulated bio-diesel”, the catalytic hydrogenation of the previously obtained fatty acids is continued until reaching fatty alcohols and superior alkanes. Nevertheless, the catalytic hydrogenation with hydrogen enriched gas of the fat acids esters, classically obtained by the methyl-transesterification of the triglycerides is taken into consideration.
• The pilot plant for obtaining enriched biofuel. The obtained pilot plant has a high innovative level due to its worldwide uniqueness, starting with the operational technologic parameters separately obtained on the traditional technological lines for obtaining bio-diesel as well as those obtained in the pilot plant for producing the hydrogen enriched gas destined for the catalytic or non-catalytic treatment of the fossil fuels.
  

Programul Operational Sectorial „Cresterea Competitivitatii Economice”

„Investitii pentru viitorul dumneavoastra”

„Intarirea capacitatii adminstrative a INCDO-INOE 2000, Filiala ICIA, in vederea accesarii fondurilor europene"

Proiect co-finantat prin Fondul European de Dezvoltare Regionala

Pentru informatii detaliate despre celelalte programe operationale cofinantate de Uniunea Europeana va invitam sa vizitati www.fonduri-ue.ro.

Continutul acestui material nu reprezinta in mod obligatoriu pozitia oficiala a Uniunii Europene sau a Guvernului Romaniei.

Proiect nr.190/30.06.2010
Competitia: POSCCE-A2-O2.2.4-2009-3
Domeniul major de interventie: 2.2 – Investitii in infrastructura de CD&I si dezvoltarea capacitatii administrative
Operatiunea: 2.2.4 – Intarirea capacitatii administrative