Tag Archive: industrial

Elevated Tanker at Industrial Site – Salt Lake City, Utah

Elevated Tanker at Industrial Site - Salt Lake City, Utah

An elevated industrial tanker, is typically used for storing and dispensing liquids such as water, fuel, chemicals, or other industrial fluids. The elevated design serves a practical purpose: it allows for a gravity-fed distribution system. By using the force of gravity, liquid from the tank can flow down through pipes or hoses without requiring a pump, simplifying the transfer process and reducing energy costs. This is especially useful in remote or industrial settings where power supply may be limited or unreliable. Elevated tanks also make it easier to fill vehicles or containers placed beneath them, as the height provides the necessary pressure for effective liquid flow.

These tanks are commonly found in agricultural, industrial, and construction environments. In agriculture, for example, elevated tanks can store water for irrigation or fuel for farming equipment. In industrial applications, they may store chemicals or fuels needed for machinery or processing operations. The raised design also aids in safety and maintenance; by keeping the tank off the ground, it is less susceptible to flooding, contamination, or damage from vehicles or wildlife. Additionally, the structure supporting the tank is engineered to withstand environmental factors like wind and seismic activity, ensuring stability and long-term reliability.

Hazardous Industrial Chemical Waste Dumped in River

Hazardous Industrial Chemical Waste Dumped in River

Industrial waste pollution in rivers is a significant environmental issue that poses serious risks to ecosystems, human health, and water quality. Industrial facilities often discharge untreated or inadequately treated waste into nearby rivers, introducing harmful chemicals, heavy metals, and toxic substances. Common pollutants include oil, grease, solvents, dyes, and byproducts from manufacturing processes. These contaminants degrade water quality, making it unsafe for drinking, agriculture, and recreation.

Polluted rivers harm aquatic ecosystems by reducing oxygen levels, altering pH, and introducing toxins that can accumulate in the food chain, endangering fish and other wildlife. The effects can be long-lasting, as some pollutants, like heavy metals and persistent organic pollutants, do not break down easily and can remain in sediments for decades.

Industrial waste pollution also impacts communities that rely on rivers for their livelihood and drinking water. Contamination increases the cost of water treatment and exacerbates health problems, such as gastrointestinal issues, skin diseases, and even long-term illnesses like cancer.

Efforts to combat industrial river pollution include stricter enforcement of environmental regulations, adoption of cleaner production technologies, and investment in wastewater treatment plants. Public awareness and corporate accountability also play critical roles in addressing this pressing environmental challenge.

Coal Barge – McApline Locks – Ohio River – Louisville, Kentucky

Coal Barge - McApline Locks - Ohio River -  Louisville, Kentucky

A coal barge on the Ohio River passing through the McAlpine locks near Louisville, Kentucky and Clarksville Indiana. The Ohio River is a critical transportation route for coal and other commodities in the United States due to its strategic location, access to major markets and cities and navigability. A single tow may consist of 15–40 barges, depending on the river section and towboat power. The Ohio River connects coal mining regions, particularly in Appalachia, to power plants, steel mills, and export terminals. The river connects with the Mississippi River, facilitating coal transport to the Gulf of Mexico and international markets.