The goal of the proposed work is to understand the kinetics of dissolution, precipitation, and scale formation involving aluminum-containing phases in alkaline salt solutions representative of tank wastes. This research will identify aluminum-containing phases that are likely be present or to form and will predict conditions under which such phases are likely to form or be present. Experiments will identify processing conditions that either promote or inhibit the heterogeneous or homogeneous nucleation and growth of aluminum-containing phases to form precipitates or scales. Test conditions encompass conditions anticipated for waste storage, washing, leaching, concentration in evaporators, and contact with pipes, ion exchangers, and other pr...
Aluminum can promote formation or dissolution of networks in hydroxide solid solutions. When present...
One of the main components of the nuclear waste stored at the Hanford Site is aluminum. As efforts a...
Aluminum salts are used throughout the water treatment industry. Alum is most widely used, but other...
Aluminum-containing phases represent the most prevalent solids that can appear or disappear during t...
Aluminum-containing phases represent the most prevalent solids that can appear or disappear during t...
Aluminum-containing phases represent the most prevalent solids that can appear or disappear during t...
Aluminum-containing phases compose the bulk of solids precipitating during the processing of radioac...
The 53 million gallons (240,000 tons) of nuclear waste stored at the Hanford site comprises approxim...
Aluminosilicate deposit buildup experienced during the tank waste volume-reduction process at the Sa...
Experimental and modeling studies of aluminum solubility in Hanford tank waste have been developed a...
A 3-L sludge slurry sample from Tank 12 was characterized and then processed through an aluminum dis...
A 3-L sludge slurry sample from Tank 12 was characterized and then processed through an aluminum dis...
Nitric acid solutions will be created from the dissolution of Hanford K Basin sludge. These acidic d...
We are attempting to understand the solid phase chemistry of the high level nuclear waste (HLW) stor...
The solubility of aluminum in Hanford nuclear waste impacts on the process ability of the waste by a...
Aluminum can promote formation or dissolution of networks in hydroxide solid solutions. When present...
One of the main components of the nuclear waste stored at the Hanford Site is aluminum. As efforts a...
Aluminum salts are used throughout the water treatment industry. Alum is most widely used, but other...
Aluminum-containing phases represent the most prevalent solids that can appear or disappear during t...
Aluminum-containing phases represent the most prevalent solids that can appear or disappear during t...
Aluminum-containing phases represent the most prevalent solids that can appear or disappear during t...
Aluminum-containing phases compose the bulk of solids precipitating during the processing of radioac...
The 53 million gallons (240,000 tons) of nuclear waste stored at the Hanford site comprises approxim...
Aluminosilicate deposit buildup experienced during the tank waste volume-reduction process at the Sa...
Experimental and modeling studies of aluminum solubility in Hanford tank waste have been developed a...
A 3-L sludge slurry sample from Tank 12 was characterized and then processed through an aluminum dis...
A 3-L sludge slurry sample from Tank 12 was characterized and then processed through an aluminum dis...
Nitric acid solutions will be created from the dissolution of Hanford K Basin sludge. These acidic d...
We are attempting to understand the solid phase chemistry of the high level nuclear waste (HLW) stor...
The solubility of aluminum in Hanford nuclear waste impacts on the process ability of the waste by a...
Aluminum can promote formation or dissolution of networks in hydroxide solid solutions. When present...
One of the main components of the nuclear waste stored at the Hanford Site is aluminum. As efforts a...
Aluminum salts are used throughout the water treatment industry. Alum is most widely used, but other...