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skip to content eurofireconference eurofire committee social programme contact privacy 5th eurofire conference after the success of eurofire 2009 in brugge, the 5th eurofire conference will be convened in paris, france, to highlight the evolution in fire safety during these last 2 years and its positive impact on the construction industry. as part of the 200 year celebrations of the parisian fire brigade, the bspp, will host eurofire at the prestigious l’école militaire, paris. fire safety has a significantly different role in society now from that which it has traditional held and the aims of fire prevention and mechanisms of achieving them are constantly evolving. a hundred years ago whole cities burned down and thousands of people died in residential and industrial fires whilst the economic consequences of these losses were directly born by the victims who had no way to insure against these risks. now insurance has changed this situation and, in business premises where both property values and the legal responsibility to employees’ safety have motivated scrutiny, many sources of fire risk have been eliminated from our society. some fire risks will disappear with acceptance of new technologies e.g., those associated with the use of liquid or solid fossil fuels for household heating which are being replaced by safer fuel sources: whilst others like those associated with cigarette smoking are harder to dismiss from our society. new fire risks will no doubt appear with the on-going technical, social and political change. the industrialised world has put considerable effort into reducing fire risk and now enjoys very high levels of fire safety. as a consequence the number of fire fatalities and direct financial losses from unwanted fires has significant reduced over a 100 year period. it is now even possible to pass fire risks from prevention to insurance companies and governments take responsibility for life safety via their regulatory processes. that was the good news from the last century, but …. – why do we still have fire fatalities and economical losses in these days of strongly regulated fire protection and highly educated fire protection engineers? – don’t we do enough to save lives? must we have to accept a finite number of fire fatalities, to maintain a balanced social life? – do we have enough economic resources to save all lives? and if not, where is the limit? how much more should we spend to save one additional life? – do we know the cost-efficiency of our fire prevention measures? and if not, how can we be sure that we are doing enough to save lives? – do we know, if the price we pay for fire safety is too high? and if not, why don’t we compare the economic input for fire safety measures and the remaining financial losses from hazardous fires with other technical risk groups? for example: road safety or nuclear power generation. for each of these questions we, as governments, authorities with jurisdictional responsibility, entrepreneurs, construction engineers, designers, engineers, architects etc., have to find an answer to execute our daily business. we have to decide if our fire safety measures are sufficient and efficient enough to protect lives and/or property. some countries have systems in place to do this, with tools to take the informed decisions founded on risk based regulation and probabilistic outcomes, or risk based codes and standards implemented by professional fire engineers employed in aspects of the decision making process e.g., regulators, fire brigades and designers. in other countries codes, standards and the regulation is prescriptive. in most countries we have a mixture of all the above mentioned. apart from cultural and social differences between countries, system differences make it very hard to compare and identify the most efficient way to invest our economic resources in fire safety. the way to answers these questions is to learn from each other. this is the aim of eurofire 2011: to listen and to learn about how things can be done even when there are differing aims and goals, different financial constraints and technical backgrounds. eurofire will present, discuss and debate the fire safety technologies used to improve fire safety in buildings. the 2011 conference will particularly focus on the trends in fire safety engineering and the practical applications which have been rapidly developing. for example the special needs of very-tall buildings and the challenges these present to the fire engineering world. the organising committee invite you to join them in paris next spring for this prestigious meeting. 21-07-2017 vinita social programme rotovap parts – explore our business asap to choose more particulars.. a rotary evaporator (or rotavap/rotovap) is actually a device utilized in chemical laboratories for the efficient and gentle elimination of solvents from samples by evaporation. when referenced in the chemistry research literature, description of the use of this method and equipment can include the phrase “rotary evaporator”, though use is usually rather signaled by other language (e.g., “the sample was evaporated under reduced pressure”). rotary evaporators will also be utilized in molecular cooking for your preparation of distillates and extracts. a rotovap for sale was invented by lyman c. craig. it was first commercialized by the swiss company büchi in 1957. other common evaporator brands are eyela, heidolph, ika, knf, labfirst, labtech, hydrion scientific, senco, shanghai hj lab instruments, and stuart equipment. in research the most common form is the 1l bench-top unit, whereas large scale (e.g., 20l-50l) versions are employed in pilot plants in commercial chemical operations. a motor unit that rotates the evaporation flask or vial containing the user’s sample. a vapor duct that is the axis for sample rotation, and it is a vacuum-tight conduit for the vapor being drawn from the sample. a vacuum system, to substantially lessen the pressure in the evaporator system. a heated fluid bath (generally water) to heat the sample. a condenser with either a coil passing coolant, or even a “cold finger” into which coolant mixtures including dry ice and acetone are put. a condensate-collecting flask towards the bottom of the condenser, to trap the distilling solvent after it re-condenses. a mechanical or motorized mechanism to quickly lift the evaporation flask from the heating bath. the rotovap parts used with rotary evaporators could be as simple being a water aspirator having a trap immersed in a cold bath (for non-toxic solvents), or as complex being a regulated mechanical vacuum pump with refrigerated trap. glassware utilized in the vapor stream and condenser can be simple or complex, depending upon the goals from the evaporation, as well as any propensities the dissolved compounds might share with the mix (e.g., to foam or “bump”). commercial instruments are available which include the essential features, and various traps are made to insert in between the evaporation flask as well as the vapor duct. modern equipment often adds features like digital charge of vacuum, digital display of temperature and rotational speed, and vapor temperature sensing. theory vacuum evaporators as a class function because decreasing the pressure above a bulk liquid lowers the boiling points in the component liquids in it. generally, the component liquids of interest in applications of rotary evaporation are research solvents that certain desires to get rid of from a sample after an extraction, including after a natural product isolation or even a part of an organic synthesis. liquid solvents can be removed without excessive heating of what are often complex and sensitive solvent-solute combinations. rotary evaporation is most often and conveniently placed on separate “low boiling” solvents this type of n-hexane or ethyl acetate from compounds which can be solid at room temperature and pressure. however, careful application

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