Process intensification
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http://72.14.203.104/search?q=cache:9QF1BJnolbUJ:media.wiley.com/product_data/excerpt/63/35273124/3527312463.pdf+%22Process+intensification%22+:journal+on+electrofiltration&hl=en&ct=clnk&cd=2
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The limits start going higher after you've progressed to higher levels.
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It is an ongoing process.Lead by example. Peace.
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Such a pattern (sometimes called "shock diamonds") is linked to the convergent flow pattern that occurs when exhaust gases exit an overexpanded nozzle. With ideal nozzle expansion, exhaust gas pressure matches the ambient pressure. Nozzles may operate in an overexpanded mode if they are optimized for lower pressure (higher altitude) operation than the current altitude. See the reference for a fuller explanation.
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SURFACE AREA INCREASES\n\nIT'S VICE VERSA
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Increased surface area means increase diffusion capability.
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Add more details. Your question is not clear.
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quality maximization of  resource and process result in best quality.
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Pressure a higher pressure will push the molecules closer to each other so the reaction takes place faster cause the molecules colide more often.\n\nAmounts of the chemicals, will take longer as you increase each to fully react because there is more to react.\n\nConcentrations of the liquids a higher concentration will have more of the molecules to react.\n\nAnd the amount of activation energy if the amount is low the reaction will procede at a faster rate.
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The vibration is the ingredient that promotes an increase in the growth of the plant.  I believe more carbon dioxide would be supplied to the plant by the vibration and the growth would increase.
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Evaporation.\n\nSalt water + heat source + vessel. Apply heat source to vessel containing salt water. Evaporate water. Harvest salt.
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Try this:\nHigh velocity causes increase in mass and high expenditure of energy.
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R&D Projects\nAdvanced Computations\n\n \n\nAlloy Selection System for Elevated Temperatures (ASSET)\n \nMany aspects of equipment design and operation as well as alloy selection and design are influenced by the expected lifetimes of equipment in high-temperature, corrosive gases.  Currently, many processes are limited by the inability to predict corrosion rates for equipment used in high-temperature processes. A new database is being developed to enhance the ability of the chemical industry to predict corrosion of commercial alloys.  Benefits in improving the ability to manage corrosion data for alloys in high temperature, corrosive gases will be far reaching in the chemical industry.   Better characterization of alloys under operating conditions will result in reduced energy use and maintenance, increased process safety, cost-effective use of expensive alloys in equipment designs, and improved productivity.   \n\nASSET will be an alloy selection and corrosion prediction system that includes a database linked to thermomechanical calculation programs.  The linked programs will use experimentally measured corrosion data obtained under well-controlled conditions to predict the corrosion rates for commercial alloys.   This project will include data on an extensive list of alloys exposed to a wide range of complex and corrosion gases for temperatures of 250 to 1,150oC.  The considerations being used to generate the corrosion data include oxidation, sulfidation, sulfidation/oxygenation and carburization.  The approach to this project includes improving and expanding the ASSET system and training participating companies in its use.
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just concentrate more man!
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6.  The activation energy is the energy your system needs to acquire for a a successful chemical reaction to occur.  All reactions have an activation energy, whether it is positive or negative.  Heat needs adding to the reaction to introduce this energy, and even then it may only promote the reaction very slowly due to reactivity.  By introducing a catalyst you give the reaction an alternative pathway to go through which requires less energy because a more reactive intermediate is generated more quickly.  By introducing energy also your molecules move a lot more quickly and the likelihood of your two reactants colliding into each other to react is increased.\n\n7.  A catalyst promotes a reaction and helps it proceed at a faster speed than if this additive was not present.  An inhibitor prevents a reaction from occuring.  These are sometimes added to prevent oxidation processes.\n\n8.  A catalyst will increase the rate of a chemical reaction.  It does this by providing an alternative lower energy route to the product.  This lowers the activation energy.\n\nThere are some recent questions on catalysts which have been answered here, it may be worth doing a quick search as more in depth answers have been given previously.
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By increasing speed n prdouctivity by reducing downtime and replication process.
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B. the current will increase