Landia delivers pumps to Chinese sludge treatment facility
Three new Landia Chopper pumps have been introduced at the Dalian Xiajiahe sludge treatment project in north-eastern China. They join 13 Landia pumps which have already been in use at the facility for over a decade.
According to a statement, the treatment plant in the Liaodong Peninsula in north-eastern China has seen Landia’s chopper pumps only once require replacement of an external knife system despite operating 12 hours per day in a difficult application for almost 10 years.
All mechanical seals and bearings continue to work without any problems for the treatment plant, as Landia’s Danny Zhang comments: “I am very proud to represent Landia in China, knowing that upon inspection at Dalian, for example, our near 10-year old pumps looked like new, sounded like new, and also performed like new pumps – despite so many years of very hard operation”.
Major operation
Landia’s Export Sales Director, Thorkild Maagaard, added: “The Dalian Xiajiahe Sludge Treatment Project is a shining example of just how seriously China is about treating its wastewater properly. Our pumps are an integral part of an operation that every day handles several hundred tonnes of trucked-in dewatered sludge from wastewater treatment plants all over the city of Dalian”.
The three new Landia chopper pumps that have gone into operation are for the recirculation and pumping of restaurant waste. Due to the low pH-level of this food waste, stainless steel pumps are mandatory.
In central China, Landia has also previously supplied 22 pumps and mixers for the Matougang sludge handling facility in Zhengzhou. Four Landia submersibles mix sludge before dewatering, while each of the plant’s 16 digesters utilise an MPTK-I Landia sludge circulation pump (with two further units on standby).
Both the Dalian and Matougang facilities have tanks and digesters supplied by leading tank manufacturer Lipp, whose acclaimed construction method is recognised worldwide for the storage of solid, liquid and gaseous substances.
