Tag Archive: science

November Container

HENZE GmbH plastic factory delivers three 24-metre plastic container with inner diameter on November 24th 4 m after Zaragoza, 24 m plastic container Giants travel to Spain Spain for the largest working on bio-based desulfurization plant in Europe HENZE GmbH plastics factory delivers three 24-metre plastic container with internal diameter on November 24th 4 m to Zaragossa, Spain delivers the Henze company plastic factory in Troisdorf for one of the largest paper mills in Europe in Zaragoza (Spain) 3 plastic tube container. These are each approximately 24m long with an internal diameter of 4 metres and are transported via road and later to ship. The containers are made of polypropylene. With these containers transport enters the Henze company due to the oversized Neuland. With the containers, a Biorieselbettreaktoranlage for the desulfurization of biogas to be built for the paper mill. It is necessary to energetically valuable gas extracted in a biological wastewater treatment plant 70.000 m/day reveals. Due to the very high sulphur content (H2S – hydrogen sulphide), the gas not in the block heat and power plants for the production of energy can be, exploited, resulting in considerable loss of revenue for the paper mill.

An affiliate of HENZE GmbH will process the plastic tube container in turnkey desulphurisation plants in Zaragoza. A special challenge during the construction of desulphurisation is dealing with the hydrogen sulphide. This is corrosive and damaged both machinery and engines. The cost of repairs, engine oil, or downtime this caused negative impact on the efficiency and reliability of the system. The developer of the desulphurisation plant meets this challenge with the use of Thiobacillen. These inhibit the corrosion ability of hydrogen of sulphide. The plastic containers are also made of the corrosion-resistant material pp PP corrosion has the properties to be acid and friction-resistant.

Therefore, it is regularly for corrosion and acid-intensive applications used. The demand has increased in recent years after desulphurisation plants. Including new energy a food law is responsible for this. This offers a very lucrative incentive to build biogas plants for farms. The desulphurisation plant without energy input feed law is worth for the paper factory in Zaragoza. You justified this with the profitability, which emerges from the additionally generated heat and electricity. Kareem Shehadeh


Bioetanol has manifolds uses: for example, it is used like see-fuel in gasoline motors, since it allows to one better combustion when increasing the fuel grade of the mixture, like fuel for heating in chimneys and boilers or even like potenciador of fuels of greater yield. The ecological advantages of bioetanol are many and substantially contribute to reduce to the gas discharges with greenhouse effect. For example, when replacing a liter of gasoline by bioetanol is reduced in a 60% the emissions of these gases. A single hectare of beet absorbs the equivalent to the annual emissions in CO? of 10 cars. Also, the biological fuel consumption as bioetanol replaces other exogenous and problematic energies, like the fossil and the nuclear one. Also the residues produced in the biological fuel elaboration are much less injurious for the environment and constitute a smaller risk of biological contamination u organic. So that the biological fuel use, even on small scale in the homes, along with the small echo-gestures of the citizens, contributes significantly to the protection of the environment. The heating of the homes is the domestic action that has major environmental impact. In this sense, many ecological governments and organizations recommend a more rational consumption of energy in the homes by means of the use of less polluting electric home appliances, like ecological chimneys or chimneys of bioetanol, so that, as he already said to the philosopher Discardings in century XVII, we pruned to find a practice by means of which, knowing the force and the actions the air, the stars, skies and of all the other bodies that surround to us, we pruned to use them in all the uses to that they are own () mainly by the conservation of the health, that is, without a doubt, the first good and the foundation of the other goods of this life.