BIONICS ENVIRO TECH

Wastewater treatment has become a necessity for survival as the scarcity of water is on the rise and it could get worse in the near future. As humans are held responsible for contaminating the water resource and for risking the lives of future generations, procedures like sludge dewatering have become a common practice in almost all countries across the globe. What is sludge dewatering? Dewatering of sludges is the process of removing excess water from the sludge. Sludge is the byproduct of extracting slurry during the procedure of wastewater treatment.  Sludge dewatering  is usually done to make its disposal easier. With numerous processes like belt press, centrifuge/decanter, and filter press, dewatering of sludge can be done easily. According to studies, sludges contain a lot of water, making them heavier and costlier for disposal. The sludges obtained during the wastewater treatment from industries and municipals are separated into liquid and solid components. The liquid o...

  Practical technology for real-world challenges We help wastewater treatment plant operators stay on top of the ever-changing technology landscape. We keep track of changes in the industry, from powerful, new  nanozyme  technologies to new equipment designs, so that you don't have to. Expert  Advice Biological waste treatment relies on billions of microbes to convert wastes into harmless forms. This is a complex process and Bionics Nanozyme experts in biological waste water treatment give you access to the latest information and techniques to improve treatment results while controlling operational costs. Advanced Industrial Application Bionics Nanozyme leads in applying the latest in molecular and laboratory testing to wastewater treatment operations. Combining field experience in wastewater treatment and advanced biochemistry, Nanozyme testing comes complete with actionable reports tailored to each customer's wastewater treatment unit. Biological Products Sometimes...

Each person uses an average of 120 litres of water per day.   This is used for a wide variety of purposes (body cleansing, cooking, flushing toilets, etc.). But what actually happens to the dirty water / waste water when it leaves our area of application? Waste water is drained through pipe systems and thus enters the public sewerage system. Here we differentiate between two types of drainage. In the  combined sewer system , domestic and commercial wastewater is fed into a sewer together with rainwater that accumulates on sealed surfaces (e.g. streets and roofs). The separate sewer system divides the media. Dirty water is fed into one sewer, surface water into another. Because of the low dirt load, the collected surface water is usually discharged into neighbouring waters (lakes or rivers). The wastewater and the combined sewer both end up at the treatment plant. Of course, in the case of combined sewer systems, the sewage treatment plant has more work to do, as all the surfac...

No new water is ever created on earth. Humans are just   reusing the same water   that has been on the planet for millions of years. Since fresh water is a finite and limited resource, steps must be taken to insure that any water used by homes or industry is cleaned up, or treated before it is returned to the environment. Most sewage and wastewater goes through a three stage treatment process: primary treatment, secondary treatment, and tertiary treatment. This guide is intended to serve as an introduction to the different stages of wastewater treatment. Primary treatment After a pre-treatment phase where larger pieces of debris such as trash and tree branches are removed, wastewater goes through the primary treatment stage. In this stage, water flows through settling tanks where lower density substances such as oils, grease and some solid wastes are allowed to rise to the surface. Devices such as skimmers go across the surface of the water to remove the oils and solids that h...