H2O Tech’s Comprehensive Solutions
Your Problems: Integrated circuit manufacturing uses a tremendous amount of water, and water costs are continuously rising. You must ensure that the water quality is of the absolute highest purity in order to avoid problems that can halt production.
At the same time, wastewater quality requirements seem to become stricter every year, and many contaminants are classified as hazardous wastes. Chlorinated solvents, heavy metals (such as chromium, selenium, and arsenic), and silica can all be extremely difficult to remove completely. And the effectiveness of the wastewater treatment process largely dictates the volume of hazardous wastes that must be disposed of at very high costs.
Advanced, Efficient Solutions: H2O Tech works on both your supply water and your process/wastewater to minimize your costs and make your manufacturing system as efficient as possible. This can be accomplished only by creating a customized set of solutions for your particular water type, materials, process, and regulatory requirements. In particular, we will study your whole process and identify the optimal place and method to manage water quality each step of the way. H2O Tech can build mechanical systems, optimize chemical treatment, and add bio augmentation to gain more purity to the water than you thought possible. We want the outcome to be not only cleaner wastewater, but a significant reduction in the quantity of hazardous waste.
Why H2O Tech? We have the ability to create a customized (even genetically engineered) version of biological agents to actually alter, reduce, or eliminate contaminants in your waste water or to purify your supply water. Many times, chemical and mechanical treatment just cannot do the job. Our patented biological methods can significantly improve the economics of your processes, and allow you to focus on your own manufacturing issues. We provide a one-stop service, from problem assessment, to engineering, to chemicals and bio augmentation, as well as monitoring and compliance. |
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