Second Hand Slide Projectors

Capezzone fa rima con capannone e ...

Al Senato con il numero 1532 è in attesa di approvazione un disegno di legge ad opera dell'on. Capezzone.
Il disegno di legge si propone di snellire le pratiche per fare impresa nel nostro paese. Non esiste impresa che non abbia un capannone, ragiona il Capezzone, e dunque, per costruire gli edifici necessari a una qualsiasi attività produttiva, sia che tratti beni che servizi, basterà presentare la domanda allo “sportello unico” comunale.
La ricevuta della domanda vale come concessione e permesso di costruire.
Non conta più la destinazione d'uso dell'area ho da fare il capannone e lo faccio, punto! In caso di contenzioso in comissione servizi sarà il governo a decidere entro trenta giorni con il sistema del silenzio assenso.
Ecco fatto, ci voleva tanto?
La dove non osano le aquile osano i tacchini!

Realpath(): Open_basedir Restriction

Impennata dei consumi energetici Buying a house

Con il caldo i consumi di energia elettrica crescono vertiginosamente a causa dell'uso massiccio dei condizionatori.
Le case soffrono più il caldo del freddo, infatti le scelte costruttive recenti hanno sottovalutato il problema del surriscaldamento estivo. Soffitti bassi, muri sottili, isolamenti leggeri (tipo polistirolo) finestre esposte al sole battente sono tutte cause del caldo in casa. Esempi eclatanti of overheating in the summer are the warehouses for use in offices and shops. These buildings are usually constructed of thin panels of reinforced concrete, precast, lightweight panels of polystyrene, these structures are penetrated by the wave of heat quickly. In addition, many warehouses
neighbors, surrounded by large asphalted create an island of heat that air conditioners are forced to a super job. Many air conditioners in a small area is already hot again adds to the warm environment by closing a vicious circle of super fuel economy.
The alternatives are there, in the coming days I will have to talk about it.

... Necistizing Myosistis

The house is one of the areas which consumes more energy, so every citizen has the possibility of direct action to reduce energy consumption and the consequent production of CO2. However, to reduce consumption at home will also have to make major investments. The rules of proper use of appliances, replacement bulbs and other behaviors to help reduce consumption but for small villages.
What consumes much is the structure of the house that would hold more heat in the winter can enter and leave in the summer less hot as possible. Until now, the houses were built with very low levels of thermal insulation. It 's a painful truth, but who is still paying the mortgage for a new home to significantly reduce their consumption would have to spend tens of thousands of euro.
houses now for sale are old, to become part of the new energy parameters need to spend a lot of money, this means that home buyers today since 2009, when the certificate will be required energy of the house, he sees the value of its investment to significantly reduce . This situation has not yet been registered with the market, even those who have homes with high energy consumption by trying to sell it as quickly as possible, with less information as possible about the energy performance of the house.
To help those who must choose a house, I published a book: How to Buy

of sustainable house, The Sun 24 Ore, Milano, 2006

Homemade Pellet And Bb Shootingtargets

Torviscosa - Friuli - Europe

Torviscosa is a city of Trustees, as Latin America, but smaller and in Friuli. It was built on land reclamation to produce self-sufficient Viscose. It 's a small pole of the chemical, a daisy with the entire story of impact and pollution that characterizes the history of the Italian chemical industry. Today chemistry is in decline and industrial areas you are considering and implementing alternative systems: a thermoelectric plant of Edison's 500 MW, 1,200,000 tons of cement a year of Grigolin and nearby incinerator to burn the fluff Siderurgica srl , rejects the interior of the car and produce electricity.
I think that each intervention will be made the better, according to the strictest standards to ensure the safety of people and the environment.
is another point today, when the EU decides to further cut greenhouse gas emissions (- 20% decided in March 2007) in this part of Europe is expected to increase considerably the emissions of these gases, continuing in old and shabby logic of the industrial revolution to produce energy by burning what's cheaper and more heat you have on hand. The point is to reduce greenhouse gas emissionidi should reduce the amount of material burned. We must therefore think about how to generate energy in new ways. The large central
that produces a large amount of energy a localized clashes with a problem of procurement of fuel, a problem of energy transport (large power lines), a problem of efficiency, the electricity is sold easily but the heat (about 60% of the product) is not known those who give and SIDEV disperse through the cooling towers.
The novelty is not so new, but today it seems that this is the micro that local production of electricity, heat and cold for use on site at the level of district and industrial zone. Now we must move from megacentrale from which depart-ray power lines to the network, the cluster of micro-stations in the network, an Internet energy in which the intelligent part is where is the final consumer.
Torviscosa is therefore a case of energy policy that thinks about the past, is the result of arrogance and ignorance, is the logical consequence of a policy that aims to privatize profits and shift the burden on local communities, environmental risk, degraded. The governor of Friuli Illy on energy and industrial innovator as a caveman with a club that has just discovered the fire and the delicious broth frog.

Darmowy Hosting Bez Rekalm

Energy: efficiency vs intensity light

Despite the energy produced by fossil fuels become increasingly expensive and governments give an undertaking to reduce emissions of CO2 equivalent, the intensive use of this type of energy has continued to grow rather than diminish.

still the major energy producers continue to propose and build power plants is not very different from those of 60 years ago. We see a strong resistance to abandon the industrial energy-intensive. The whole plan of great works, gas terminals to the TGV, from landfills to cement, it is, conceptually, aged 60 years.

system based on energy intensity in order to survive must exclude any form of energy that goes into effect.

It 's a one-way system, local communities are forced to tolerate the cumbersome and polluting power plants, networks carrying high-voltage power long distance with very strong losses along the route. The system removes the energy-intensive living space and is no longer tolerated. The energy produced is more expensive and the citizens have to buy at a fixed price.

The oil and other fossil fuels have led to ways of building materials to use, the forms and modes of urban organization.

Industrial society was founded on a high energy investment in all fields, you produce, you move, you live by consuming large amounts of energy. The suburb was born in this logic of consumption: consumption of energy, resources, territory.

Exit on fossil fuels means then radically rethink all these aspects move the intensity and concentration diffusion efficiency: reducing energy consumption and generating energy where it is consumed.

Samples Of Holograph Will

The search for a way to build according to criteria of environmental sustainability requires to abandon the worn-out design tools, which now appear to us liars and full of negativity and that helped build the current realities. The era of post-oil requires a total change of vision, imagination and effort that goes beyond established models and techniques. It is not simply a material that is to replace it with another, but we are called to completely change approach to the project. I call light architecture design and build a way of accepting this challenge, developing research techniques and types of construction from the use of energy diffused rather than concentrated, lightweight materials and assembled rather than massive and monolithic, very high loads rather than heavy, built-in functions rather than specialized.

The choice of building material based on the characteristics of "lightness", that environmental sustainability requires an assessment based on the following parameters:

- Materials must be produced and sold locally, so it is easier ensure sustainability the production cycle, low environmental impact, transport and energy weights just the finished product
- Must be at low energy investment (Low embodied energy), that is produced with less energy as possible at each stage of processing.
- The duration of the materials and goods must be carefully designed eliminating the possibility that the materials become waste. And 'Sustainable building designed to last 30 years and whose materials are in a position a few die without leaving a trail of waste for disposal. It is not sustainable a building designed to last indefinitely and that requires frequent maintenance and replacement resulting in the production of waste for disposal.
- Recycling: to be abandoned the idea of \u200b\u200bconsumption, that is disposable, and replaced with the idea to use and recycle. The attention of designers should focus on investment in this metabolic an object, what about what and how to end use, you can recover, recycle or metabolize. Then it will add to the biological metabolism metabolism technology capable of eliminating waste. It will be possible to recover most of matter and energy through the processes of disassembly and reassembly. While the biological metabolism is inscribed in the interrelations of ecosystems, so that a species produces as waste becomes food for another species, the metabolism technology requires careful planning based on the cycles of use.
- The materials used shall not release toxic or noxious emissions over time. Many paints, wall paints, adhesives, concrete additives, time release volatile organic compounds (VOCs) which cause allergy and poisoning. These products are used or to speed up the implementation or as preservatives. The use of these substances reduces at the same level of biological products and products with technology preventing the recycling operations. As is already happening to formaldehyde and asbestos as was the case, you can find alternatives these hazardous materials.
- In some materials there are residues of undocumented workers potentially toxic or harmful, it is the case when the cement is produced by burning tires and municipal solid waste is the case when the steel comes from scrap consignments of uncertain origin, may be the case of wood from outside the European Union, often treated in the stores starting with highly toxic substances and prohibited by our rules.
- It 's necessary then an environmental impact assessment in production and installation. Cement, for example, has a strong impact on the environment from the tract and quarries from which limestone, then the kilns that contribute to production of CO2 and other forms of pollution, followed by grinding with dust emission. The wood can come from sectors with high environmental impacts, the result of uncontrolled deforestation and long distance travel.

The entry into force of the Kyoto Protocol is the recognition at international level, the beginning of the post-oil, and the conclusion of the intensive use of resources. With oil being depleted has reached the foundation of a society focused on the economy to energy-intensive. The oil and other fossil fuels with a high concentration of energy, have determined the ways to build, i materiali da usare, finanche le forme e i modi di organizzazione urbana.

Oggi il contesto è cambiato, progettisti, costruttori, tecnici e amministratori pubblici, sono chiamati alla sfida dell’architettura leggera, un’architettura dematerializzata, che assume la questione fondamentale della nostra epoca, il passaggio dall’intensità all’efficienza: ridurre l’impiego di materia, di suolo, di acqua di energia migliorando la qualità abitativa.