What is calcium hydroxide? Learn the physical properties, Write the formula, Ca(OH)2
How to write the formula for Calcium Hydroxide
Calcium hydroxide, with the chemical formula Ca(OH)2, is a compound derived from calcium oxide (CaO) through the process of hydration. If you want to write the formula, it's one Calcium ion (C) and two hydroxide (OH), put those together and voila! You get Ca(OH)2. Also known as slaked lime, it plays a crucial role in various industries, including agriculture, construction, and water treatment. Burnett Inc. has been at the forefront of harnessing the benefits of calcium hydroxide, mainly through the use of the CAL~FLO Systems and Slurry. This compound is produced by adding water to calcium oxide, obtained from sources like calcium carbonate. Burnett Inc. leverages advanced technologies, such as the RE~MIN PROCESS to ensure the efficient and precise dosing of both carbon dioxide and calcium hydroxide, to optimize chemical dosing rates for large municipal water treatment plants. From adjusting soil pH in agriculture with CAL~FLO liquid limestone to serving as a key component in wastewater treatment and collection systems with SULFA~PRESS Odor Control Technology, the versatile calcium hydroxide formula remains integral to numerous processes, thanks to innovative solutions from companies like Burnett Inc.
Chemical Composition
Calcium Hydroxide is a white powder, than when wet goes to a high pH of 12.4. Water with calcium hydroxide at different concentrations can be called lime water, and used for many different applications, from road construction to the paper industry.
Burnett Inc. specializes in innovative chemical compositions, leveraging carbon dioxide gas and calcium hydroxide in water solutions. Their formulations carefully balance the pH and alkalinity targets with calcium bicarbonate, ensuring optimal performance and Dissolved Inorganic Carbon Targets. With a focus on precision, Burnett Inc. creates solutions that harness the unique properties of these chemicals, exemplifying their commitment to advancing technology through cutting-edge chemical engineering and expertise in ion interactions for diverse industrial applications. Calcium hydroxide is used for many different applications, but Burnett has taken the use of this chemical to a new level.
Chemical Structure - One Calcium ion (C), two hydroxide ions
Burnett Inc. revolutionizes chemical structures with a groundbreaking white powder, soluble in water, engineered for unparalleled performance. This innovation, featuring calcium chloride, facilitates the release of calcium ions, promoting enhanced reactions. The advanced formula demonstrates exceptional solubility, contributing to efficient processes. Burnett Inc.'s cutting-edge technology propels the industry forward, offering a transformative solution with calcium dioxide at its core, setting a new standard for chemical excellence.
Chemical and Physical Properties
Burnett Inc. specializes in analyzing chemical and physical properties or characteristics, with a focus on carbon dioxide and calcium hydroxide reactions. Compared to Sodium Hydroxide, CAL~FLO is much safer to handle and provides more alkalinity than caustic. Hydrated lime can be difficult to feed, and calcium hydroxide is also quick to scale and cause issues with pumps and feed equipment.
Use of Calcium Hydroxide
Burnett Inc. pioneers the innovative application of Calcium Hydroxide, notably in the production of CAL~FLO Systems and Slurry. This eco-friendly solution plays a pivotal role in industrial and municipal sewage treatment, which produces a drier cake compared to caustic. Burnett Inc. Technology's commitment to reducing environmental impact aligns with their groundbreaking use of liquid Calcium Hydroxide, mitigating lung damage risks associated with traditional methods. Simply put, CAL~FLO is safer to use than dry lime.
Chemical Reactions and Retrograde Solubility
In chemical reactions, the utilization of calcium hydroxide by Burnett Inc. plays a pivotal role. Through retrograde solubility, hydroxide ions facilitate the transformative process. Burnett Inc.'s innovative approach harnesses the unique properties of two hydroxide charged particles, ensuring efficient reactions. This method not only underscores advancements in chemical engineering but also showcases the company's commitment to cutting-edge solutions in the realm of technology and industrial processes. Learn more about the RE~MIN PROCESS here.
Safety Considerations
Calcium hydroxide can be an irritant if inhaled. Calcium hydroxide is produced by slowly rehydrating calcium oxide. As such, with both heat and high pH, people working with dry lime can be at risk of chemical burns, although the risk is lower than sodium hydroxide. Limewater can be dangerous to consume if the pH is two high. CAL~FLO Slurry is dosed in parts per million at water plants, as the chemical is very potent and can quickly change pH and alkalinity.
To Learn more, visit www.burnett-inc.com for more info or email Casey at cburnett@burnett-inc.com