Business plan impianto biomasse legnose

Downloads Abstract Everyone have a carbon footprint. It represents the CO2 emission amount caused by the activities of a person during a specific interval time. The idea is to provide on add a value to the event through the realization of voluntary offsetting actions. These actions are local projects of sustainable forest management and tree plantation in order to improve carbon stock.

Business plan impianto biomasse legnose

business plan impianto biomasse legnose

My scientific research aim at developing an innovative technological solution for small farm business that leads to improve their competitiveness through the reduction of fixed costs associated to waste disposal and energy supply and thorough an additional income resulting from feed-in tariff mechanism.

The project has concerned the study, the evaluation and the implementation of an innovative prototype of gasification business plan impianto biomasse legnose for energy self- sufficiency and environmental impact reduction of the company farm through the enhancement of green waste resulting from the activities of pruning and mowing.

The Phd thesis has been divided into a first part on the European, national and regional framework about promotion of renewable energy sources evaluating the potential related to the exploitation of energy from residual biomass.

The second part describes in detail the stages of development and construction of the prototype, highlighting, for each of those, the objectives and the results obtained. Finally, the third part analyzes the cost-effectiveness related to the realization of cogeneration system fueled by residual biomass.

The Chapter 2 - "Energy Policy and development scenarios" analyzes the European and National strategy in order to promote resource efficiency and renewable energies.

business plan impianto biomasse legnose

It examines in depth the proposed tools to achieve the expected results for, and These targets impact on regional policy as a result of the D. The chapter ends with the description of the methodology used to elaborate the trend scenario, energy efficiency scenario and renewable energy scenario.

These scenarios were developed for Veneto Region for the purposes of the Regional Energy Plan; a tool to plan energy policy and identify the actions to achieve the goals set in the Burden Sharing.

The Chapter 3 - "Energy potential of residual biomass" analyzes the biomass energy potential at regional and provincial level, focusing on residual ligneous biomass coming from forestry, agriculture and urban waste. For each sector was estimated provincial and regional availability of residual biomass and quantified the potential energy resulting from their exploitation both in terms of primary energy produced and in terms of percentage of gross final consumption covered.

The project activities have concerned the analysis of the physical-chemical properties of biomass samples resulting from the activities of pruning, the choice of the process of energy conversion and the design and construction of the gasification reactor and of the auxiliary systems the filtration system, the pre-treatment system, the electricity and thermal energy generator, the cooling system and the management system.

For each element of the system have been highlighted the problems and technical solutions envisaged. In the final part of the chapter is presented the economic scheme of the project VERAGRI and an analysis of the legislation regarding the future commercialization.

Finally, Chapter 5 "Economic Analysis and Renewable Incentives" analyzes in detail the financial aspects relating to investments incurred for the installation of the prototype. Once verified compliance with the requirements for access to the incentive system provided by D.

July 6,it analyzed the payback time, the cash flows and the Net Present Value NPV for the micro-CHP system, comparing them with products currently available on the market. The economic analysis has also allowed to highlight some of the factors essential for a profitable investment.

La seconda parte, invece, descrive in dettaglio le fasi di progettazione e costruzione del prototipo, presentando per ciascuna di esse gli obiettivi ed i risultati ottenuti. Infine la terza parte analizza la convenienza economica connessa alla realizzazione dell'impianto a biomassa residuale.

In particolare, il capitolo 2 - "Politiche energetiche e scenari di sviluppo" descrive la strategia e la politica europea e nazionale in tema di uso efficiente delle risorse e sviluppo delle fonti rinnovabili.

Analizza quali sono gli strumenti a disposizione delle amministrazioni per conseguire i risultati attesi per ile Obiettivi che si ripercuotono sulla politica regionale a seguito del D. Il capitolo 3 - "Valorizzazione energetica della biomassa residuale" analizza il potenziale di valorizzazione energetica delle biomasse a livello regionale e provinciale, focalizzando l'attenzione sulle biomasse residuali di natura ligno-cellulosica originate nel settore forestale, agricolo ed urbano.

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Il capitolo 4 - "Il progetto VERAGRI - Sviluppo di un prototipo di gassificatore alimentato a biomassa residuale" descrive in dettaglio le fasi di realizzazione del prototipo di micro-cogeneratore.

Per ogni elemento del sistema sono state evidenziate le problematiche e le soluzioni tecniche adottate.Lo scopo dello studio è stato di valutare l'applicabilità di tecniche di telerilevamento, basate sull'analisi passiva della riflettanza spettrale, per monitorare lo stato idrico e le diverse funzioni di piante legnose sottoposte a siccità.

Another research was done on the costbenefit analysis, by drafting an action plan on the basis of interventions identified, on the savings expected and on the implementation of time. Born in , the Air Quality Regional Plan (PRQA) and its regulatory updates contain a summary of knowledge about different air pollutants and on the meteo-climatic parameters that affect their diffusion, in support of the political regulation of emissions.

Presentations on Saturday and Sunday in Italian only. located in Hall 3 Bioenergy World Europe (see floor plan). divided thematically: gaseous, solid and liquid bioenergy presentations will be downloadable from the website after the event.

Nov 11,  · Impianto di cogenerazione a biomassa legnosa con 4 unità ESPE CHiP50, potenza elettrica totale kW, potenza . Sono inoltre presentate alcune analisi su biomasse legnose, di cui è valutata la ripetibilità dei risultati anche rispetto ai dati reperibili in Letteratura. È infine descritta l'organizzazione.

Impianto di cogenerazione da kW di nuova generazione