Chemical Engineering @ChemengFiles.Com

Madrid, October 14, 2008 .- Wagner & Co, technological benchmark in the renewable energy sector, has launched a new plant energy self-sufficient solar thermal collectors Kirchhain (Germany). This new factory will produce up to 200,000 collectors and is a technological breakthrough to be energy self-sufficient. Dietmar Schlosser, a spokesman for the company, stressed the beginning of the party with 350 guests, "this initiative, Wagner & Co turns to mark a milestone in the history of the company already has nearly 30 years"

The sensors manufactured in Kirchhain are intended not only to the German market, but tambiéna meet the demand of the Spanish market through its marketing by Wagner Solar. Jesus Fernandez-Pacheco, Director Sales and Marketing, said the matter "once again Wagner Solar products launches are characterized by technology, performance and price equilibrium, and respect the environment, since the sensors are obtained without CO 2 emissions. "

The primary air is combined with fuel before reaching the burner head, forming a mixture. The theoretical air is required for each fuel to burn properly and completely.

There are a variety of nozzle mix burners, where the main difference
lies in the way of injecting the gas, to mix with air and the flame is formed.

Investigators from the Consejo Superior de Investigaciones Científicas (CSIC) have shown that myocardial ischemia (a decrease of blood flow and therefore oxygen, reaching the heart) triggers an acute inflammatory response to cardiac and systemic. Since inflammation is an indicator of future cardiovascular problems, study results, published in Journal of Thrombosis and Haemostasis, reinforcing the need to design pharmacological strategies aimed at reducing the inflammatory response after stroke.

Using a pig experimental model of acute myocardial infarction, researchers at the Cardiovascular Research Center (center joint CSIC and Institut Català de Ciències Cardiovasculars in Barcelona) have shown that short periods of coronary occlusion induced an increase in the levels of proinflammatory cytokines greater activation of mononuclear cells present in blood and increased plaque reactivity.