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The enzymatic process facilitates the decomposition of these materials into smaller, water-soluble molecules, [4] which are then more easily flushed without harming the plumbing infrastructure or the environment. While enzyme drain cleaners are effective for regular maintenance and preventing minor clogs, they may not be suitable for severe ...
Their addition allows to decrease the water-to-cement ratio of concrete or mortar without negatively affecting the workability of the mixture. It enables the production of self-consolidating concrete and high-performance concrete. The water–cement ratio is the main factor determining the concrete strength and its durability. Superplasticizers ...
In organic chemistry, trituration is a process used to purify crude chemical compounds containing soluble impurities. A solvent is chosen in which the desired product is insoluble and the undesired by-products are very soluble or vice versa. For example, when the impurities are soluble and the desired product is not, the crude material is ...
When atmospheric carbon dioxide (CO 2), or carbonate ions (HCO − 3, CO 2− 3 dissolved in water) diffuse into concrete from its external surface, they react with calcium hydroxide (portlandite, Ca(OH) 2) and the pH of the concrete pore water progressively decreases from 13.5 – 12.5 to 8.5 (pH of water in equilibrium with calcite).
When water is added to cement, each of the compounds undergoes hydration and contributes to the final state of the concrete. [2] Only calcium silicates contribute to the strength. Tricalcium silicate is responsible for most of the early strength (first 7 days). [3] Dicalcium silicate, which reacts more slowly, only contributes to late strength.
Concrete accounts for some 8 percent of carbon emissions, so even a small improvement could help us meet climate goals. Perceptron: AI mixes concrete, designs molecules, and thinks with space ...
Rinse each section with clean water as you go to prevent residue from drying. This technique, Palmer notes, is also perfect for shower walls, bathtubs, subway tile, and bathroom sinks.
Sulfates dissolved by ground moisture migrate into the concrete of the slab where they react with different mineral phases of the hardened cement paste. The attack arises from soils containing SO 2− 4 ions, such as MgSO 4 or Na 2 SO 4 soluble and hygroscopic salts.
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