Plant actual

In another case an unlabeled drum smelled like methylethylketone (MEK), so it was assumed to be MEK and was fed to the plant. Actually, it contained ethanol and a bit of MEK. Fortunately, the only result was a ruined batch. 

Aecording to I lo lines the plants actually used for distillation are not only varieties of the alKivi -ineutiouod spc.ciei, hut iO sil>ly hvhrida also, the particular varieties heina kr]U as sr-crer as possible hy the gro vors. 

The essence of a plant engineering contract will be that the plant actually performs to the criteria laid down in the design, and this must be established before a Practical Completion Certificate is even considered. Tests will need to be made to the plant, and then it will be commissioned by the contractor and left in a condition whereby it can be operated as specified. When the work within the contract is complete, a certificate should be issued by the client (or employer) to the contractor. The architect or consulting engineer acting as agent normally performs this duty. 

Approaching the subject from a practical point of view, how many plants actually are performing safety-relevant chemical processes. In an older study, the share of safety-relevant plants in the German state of Rhineland-Palatinate are listed [173]. It is assumed here that the trend given there still is valid. 

Although coral looks like a plant, actually it is mainly comprised of (10) the limestone skeleton of a tiny animal called a coral polyp. While corals are the main components of reef structure, they are not the only living participants. Coralline algae cement the myriad corals, and other miniature organisms such as tube worms and mollusks contribute skeletons to this dense and diverse structure. Together, these (15) living creatures construct many different types of tropical reefs. 

Plants actually need only three things to create this sugar sunlight, carbon dioxide, and water. The sunlight reacts with the plant s chlorophyll, a green chemical which is used to convert water and carbon dioxide into sugar. 

In conclusion, the plant actually produced for only 180 days in 2005, resulting... 

Because the Evening Primrose is a biannual, the stem shoots up only in the second year of growth. In the first year, a taproot is put down. In the second year a sprout shoots up. Producing a biomass material only every other year is a definite drawback to its use as a biofuel however, the density of its xylem material is significantly greater than that of the other candidate plants, actually giving the evening primrose a competitive output. 

Only Votator is known to have designed scraped-surface heat exchangers for LOF refrigeration and to have plants actually operating successfully using this principle. 

Calcium cyanamide must be applied as a manure below the surface of tlu soil some time before the seed is sown. It must not be applied to plants actually growing. It is also mixed with Bessemer slag or potassium salts as a component of mixed manures. 150 lbs. per acre, mixed with ioo-r25 parts of potassium salts, is the mixture most used. 

Reacting chemicals become cooler when heat is absorbed. Scientists call this an endothermic reaction. Photosynthesis is one of the few natural endothermic reactions. Photosynthesis occurs when plants convert or change sunlight, carbon dioxide, and water into oxygen and food. Plants actually get a little bit cooler during photosynthesis. 

However most plants actually operate at slightly larger R since the additional cost is not very much and it buys you flexibility in case you decide later you want to change xjj or in case the feed composition changes, you have some room to maneuver ... 

The obvious question is do hallucinogenic plants actually embody "entities," or do they elicit aspects of the unconscious psyche which present themselves in this guise Most importantly, can we believe what they tell us Terence McKenna has said "It is no great accomplishment to hear a voice in the head. The accomplishment is to make sure that it is telling you the truth."3... 

Values of S decrease when communities of reef autotrophs are loaded with nutrients for several days at rates approaching about 10 times the normal rates in the field (Bilger Atkinson, 1995). It is not clear whether the uptake kinetics of the plants actually slow down increasing the surface concentration (Cw), or whether excretion increases (Bilger Atkinson, 1995). 

There are three options (or combinations of options) available to plants to comply with Title IV installing a scrubber, switching to low sulfur coal, or buying allowances. Our measure of SOj abatement cost (COST) is based on the method each plant actually used to comply with Title IV. Based on Eller-man et al. (1997) we have the total cost of abatement for each of the 374 Phase I units (plant-boiler observations) affected by Title IV. In 1995, the average cost per ton of switching and scrubbing is 153 and 265 respectively, while the average cost of a permit is 128.50."... 

When comparisons of various nitrogen sources, with the exception of nitrites, are made in soil under good growing conditions the plant response is commonly similar because nitrification usually proceeds rapidly and the plant actually assimilates most of its nitrogen in the nitrate form, regardless of the form in which it is added. There are a few exceptions to this statement as, for example, where ammonia is added to a soil of high... 

With respect to the survival of Erica arborea, acidification of a soil mass (Bw, 2Bwl and 2Bw2 horizons) containing clay from about 25 to 50% and silt from about 35 to 60%, to a pHj Q of around 3.8, appeared to have required more than the 20 0 years of age that the plants actually showed. Consequently, we hypothesized that the Erica plants became established in this soil many years ago (probably centuries), and that they had passed through periods of abundance and of decline, during which, even at different intensities, they had continuously acidified the soil. 

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