Deforestation (logging) of area to create the mine and roads to transport the mined products. That can result in loss of wildlife and or extinction of species. Chemicals and/or vapours that are produced in smelting get placed in the atmosphere. Not to mention all the resources like metal, electricity and oil/petroleum to buid a mine and support an active mine. Emissions from vehcles or tranport to transport it. The salt bit I'm not so sure about apart from the vapours and chemicals that are dispersed into the atmosphere. I guess it contributes to global warming. And as far as oil goes there is also the burn off of oil that cannot be used or isn't the appropriate grade.
Making salts can have both positive and negative environmental impacts. It depends on the source of the salts and the method used for their production. Some naturally occurring salts might not have significant environmental impacts, while excessive mining or chemical production of certain salts can lead to habitat destruction, water pollution, and energy consumption. It's essential to consider sustainable practices and minimize the environmental footprint in salt production.
Ammonium salts can contribute to water pollution if not managed properly, as they can release ammonia when they break down. This can lead to eutrophication of water bodies and harm aquatic ecosystems. In addition, the production of ammonium salts can also result in greenhouse gas emissions and energy consumption.
Food Safety and Environmental Services
Chromate salts are compounds that contain the chromate ion (CrO4^2-). They are commonly used as industrial pigments, in textile dyes, and as corrosion inhibitors. However, chromate salts are highly toxic and carcinogenic, posing significant health and environmental risks.
yes, all environmental and drinking water contains salts. You only get pure H2O in labs. Sea water is salty because there is more salt dissolved in it.
Potash mining typically involves extracting potassium salts such as potassium chloride (KCl) or potassium sulfate (K2SO4). These compounds are commonly used in fertilizers to improve crop yields.
Yes, mineral salts can be recycled through processes like desalination, where they are extracted from seawater or brackish water. These salts can also be recovered through precipitation or crystallization techniques from industrial waste streams, creating a closed-loop system for their reuse. Recycling mineral salts helps conserve resources and reduce the environmental impact of their extraction.
salt water pools don't use chlorine salts, they are bromine salts. So yes, saltwater pool are better for you.
Various salts are added to the mix:Copper salts - blueStrontium salts - redSodium salts - yellowBarium salts - greenCalcium salts - orangeCobalt salts - blueCryolite - yellowLithium salts - bright red
O. Piedrahita has written: 'Prevention of salt-spray injury to fruit and ornamental trees' -- subject(s): Effect of salts on, Environmental aspects, Environmental aspects of Salt, Plants, Salt, Trees, Wounds and injuries
- carbonates are salts.- oxides are...oxides not salts- hydrogencarbonates are salts
Bromine is extracted from brine pools, which are large bodies of water that contain high concentrations of dissolved salts. It is typically found in underground reservoirs and extracted through a process called solution mining. Additionally, bromine can also be found in some minerals like brucite and carnallite.