Energy saving in water treatment technologies with polystyrene foam filters

Novel energy saving technologies evaluation tool

The main objective of EMINENT project (Early Market Introduction of New ENergy Technologies) launched by EC DG TREN is to identify and accelerate introduction and implementation of leading edge European energy and environmental technology into the market place in Europe and worldwide. A software tool and an integrated database on new technologies and sectoral energy supplies and demands were de...

Resource-saving Technologies of Treatment of Polluted Washing Water for Transport Companies

Dedicated to the development of resource-saving polluted washing water treating technologies for transport companies. The article suggests methods of water purification with regard to scientifically grounded requirements to the quality of the water used and the required degree of purification and The article also considers the method of selecting efficient methods of sewage water treating, when...

Food chilling and freezing technologies : Potential for energy saving

Removal of Cryptosporidium and polystyrene microspheres from swimming pool water with sand, cartridge, and precoat filters.

Cryptosporidium has caused the majority of waterborne disease outbreaks in treated recreational water venues in the USA for many years running. This research project evaluated some common US swimming pool filters for removing Cryptosporidium oocysts, 5-µm diameter polystyrene microspheres, and 1-µm diameter polystyrene microspheres. A 946 L hot tub with interchangeable sand, cartridge, and prec...

Saving Water And Energy In Bleaching Tubular Knits

The batch rinsing process developed by our company, called Bleachstar, has given excellent results in industrial practice, especially in the bleaching of tubular knit goods. As compared with optimized conventional processing, in Colorstar machines equipped with this system considerable amounts of water and heating energy are saved and the amount of waste water appreciably reduced. In this artic...