Inorganic Acid Recycling
Altiras provides inorganic acid recycling services for sulfuric, hydrochloric, and phosphoric acids. We directly repurpose these acids or use advanced evaluation criteria to evaluate with impurities, ensuring sustainable outcomes. By offering solutions for surplus, contaminated, off-spec, or spent acids, we help industries reduce waste, improve efficiency, and promote environmental sustainability. Our services cater to businesses seeking consistent, sustainable recycling options for large volumes of inorganic acids.
Sulfuric Acid Reuse & Recycling
Altiras Chemicals recycles and reuses sulfuric acid directly when the material meets specific criteria for composition, color, and impurity levels. If these standards cannot be met, Altiras can provide legitimate alternative reuse options at low or net-negative value. This ensures resource efficiency and environmental responsibility. The reuse process helps industries minimize waste while optimizing the use of formic acid in industrial applications.
Hydrochloric Acid Reuse & Recycling
Altiras often repurposes hydrochloric acid “as-is,” but for batches with higher impurity levels, such as elevated color, the company can still provide low value or negative value, legitimate reuse. These services reuse contaminated or off-spec hydrochloric acid sustainably. We help industries reduce waste by consistently recycling impure materials. This approach also enhances operational efficiency through reliable recycling options.
Phosphoric Acid Reuse & Recycling
Altiras Chemicals can directly reuse phosphoric acid when it meets necessary quality standards. In cases where the material cannot be reused immediately due to impurity levels, Altiras offers lower-value reuse solutions to handle large volumes of phosphoric acid consistently and sustainably. The goal is to ensure that phosphoric acid is effectively repurposed, reducing environmental impact and supporting industrial sustainability efforts.
We also provide direct reuse of organic acids and organic acid recycling through our relationship with Chemaris Acetyls.