Abstract: Systems and methods are described for producing lithium hydroxide from lithium chloride and sodium chloride through an electrolysis process. A solution of lithium hydroxide and sodium hydroxide may be produced through electrolysis of a lithium chloride and sodium chloride solution. Lithium hydroxide in the produced solution may then be crystallized and filtered out to produce substantially pure lithium hydroxide crystals.

Abstract: Systems and methods are described for producing lithium hydroxide from lithium chloride through an electrolysis process.

Abstract: Methods for treating bodies of water with encapsulated corrosive fluids are described. Corrosive fluids may include, for example, hydrochloric acid or other acids used in treating the bodies of water. The encapsulated corrosive fluids may also be used in for treatments in oil and/or gas wells.

Abstract: A blending system includes one or more tank platforms. The tank platforms are transportable via road, rail, or vessel. One or more bulk containers are located on the tank platforms. The bulk containers are capable of storing and handling concentrated fluids. A blending platform may be coupled to the tank platforms. The blending platform is transportable via road, rail, or vessel. A blending unit is located on the blending platform. The blending unit blends the concentrated fluids with one or more of the additive fluids and water to continuously produce desired fluids as needed. The desired fluids may be used in a well in a subsurface of the earth. The flow of concentrated fluids and water may be automatically controlled to provide the desired fluid with one or more properties that vary over time with a selected variation profile.

Abstract: A blending system includes one or more tank platforms. The tank platforms are transportable via road, rail, or vessel. One or more bulk containers are located on the tank platforms. The bulk containers are capable of storing and handling concentrated fluids. A blending platform may be coupled to the tank platforms. The blending platform is transportable via road, rail, or vessel. A blending unit is located on the blending platform. The blending unit blends the concentrated fluids with one or more of the additive fluids and water to continuously produce desired fluids as needed. The desired fluids may be used in a well in a subsurface of the earth. The flow of concentrated fluids and water may be automatically controlled to provide the desired fluid with one or more properties that vary over time with a selected variation profile.

Abstract: A blending system includes one or more tank platforms. The tank platforms are transportable via road, rail, or vessel. One or more bulk containers are located on the tank platforms. The bulk containers are capable of storing and handling concentrated fluids. A blending platform may be coupled to the tank platforms. The blending platform is transportable via road, rail, or vessel. A blending unit is located on the blending platform. The blending unit blends the concentrated fluids with one or more of the additive fluids and water to continuously produce fracking fluids as needed (e.g,. fluids are continuously produced on an on-demand basis). The fracking fluids may have a selected concentration of concentrated fluid, additive fluid, and/or water.