We at BioClean Technologies have sought after powerful commercial and industrial green cleaners and commercial and industrial degreasers that are eco-friendly and uncompromising in their ability to clean thoroughly. Our chemists are committed to thorough research and innovation to bring to the market advanced formulas for a better tomorrow. We accomplish this by providing advanced biochemical research and analysis, biological research and analysis, biochemical assays design and development, and bacteriological analysis.
Biochemical Research & Analysis
Biochemical research studies the way chemical procedures react with living organisms. Under the microscope, we assess the chemical structure of organisms. Molecular diagnostics and analysis drives the research for BioClean’s chemists to effectively construct formulas for our clients and a variety of cleaning solutions.
Biological Research & Analysis
In our laboratories, we conduct studies to evaluate our scientific theories of how organisms interrelate and their complex interactions. Through experiments, our scientists discover the biological relationships present in living matter. By understanding organisms, we can derive uses for these organisms other than their original form without stripping the essential elements. We strive to give our customers effective analysis so they can make sound business decisions.
Biochemical Design & Development
We decompose organisms’ basic chemical composition to quantitatively measure and qualitatively determine the amount of material needed to derive effective cleaning properties. Starting at this baseline, we then tediously arrange compounds optimized to clean and degrease surfaces.
Bacteriological Analysis
By examining bacteria, we can determine methods of eliminating it through counteractive chemicals. Bacteria genetics can unlock the key to cleaning solutions. Our cleaning chemical formulas are produced after carefully understanding the properties of bacteria and their surrounding compounds. By dramatically reducing the amount of deadly bacteria on surfaces, the spread of illness and disease can in turn decrease.