Reports
Dewatering squeezers are machines that squeeze liquid out of an organic material, which operate in a continuous or batch mode. By using this machinery, the material is squeezed and dewatered when platforms move toward each other during compression. The machine helps in removing moisture content of the material. Most dewatering squeezers consist of drying beds, filters, screens, presses, and centrifuges. A mechanical dewatering equipment can reduce moisture content of the waste material from 25% to 50%.
Global Dewatering Squeezer Market: Competition Landscape
UNTHA Shredding Technology GmbH
UNTHA Shredding Technology GmbH was established as a small engineering firm in Salzburg, Austria. The company has presence in 40 countries and it has independent subsidiaries in Germany, the U.S., the U.K., and Poland. The company manufactures squeezers and shredders for various applications such as residual timber utilization, pulper ropes, organic waste recycling, hospital waste recycling, paper and cardboard recycling, electronic scrap, metals, plastic materials, refuse derived fuels, waste processing; file, data, and material destruction; and waste wood recycling. In 2017, the company opened a new service center in Austria for machinery maintenance. With this strategy, the company looks forward to improving its customer relations and gaining a higher market share.
Zerma Machinery & Recycling Technology Shanghai Co., Ltd.
Zerma Machinery & Recycling Technology Shanghai Co., Ltd. is a subsidiary of Zerma, a Germany-based company founded in 1941. The company develops, manufacturers, and markets machines for reducing the size of plastics. The recycling company was founded in 1999 in Shanghai, China. The company has 300 employees and manufacturing bases in Shanghai (China) and Rayong (Thailand). The company offers granulators, shredders, special machines, accessories, and spare parts. In 2018, the company opened a new production facility in Thailand. The company aims to enhance its presence in Asia Pacific.
Some of the key players operating in the global dewatering squeezer market are Allegheny Shredders, Cresswood Shredding Machinery, GENOX RECYCLING TECH CO., LTD, UNTHA Shredding Technology GmbH, Lindner-Recyclingtech GmbH, VECOPLAN AG, Zerma Machinery & Recycling Technology Shanghai Co., Ltd. QiZheng Machinery Equipment Co., Ltd., Granutech-Saturn Systems, Zhongshan TIMO Technology Co., Ltd. and LINDNER-RECYCLINGTECH GMBH TECNOFER ECOIMPIANTI SRL.
Global Dewatering Squeezer Market: Dynamics
Mass disposal of resources for recycling
Due to industrialization, commercialization, and urbanization, the generation of waste has increased over the last few years. Mass production, mass consumption, and mass disposal of resources for recycling have generated the demand for dewatering squeezers. Due to filling up of landfill sites, the need for dewatering squeezer machinery has increased. In the dewatering process, moisture content of the waste is separated, which leads to the waste consuming less space of the dumping site.
Government initiatives for eradication of water pollution
Governments of various countries have implemented measures to treat water before releasing it into the environment. Water pollution has been increasing due to non-treatment of water, which is released into rivers, canals, lakes, etc. This kind of initiatives and regulations by governments are expected to drive the global dewatering squeezer market during the forecast period.
Global Dewatering Squeezer Market: Segmentation
The global dewatering squeezer market can be segmented based on:
Global Dewatering Squeezer Market, by Product
Based on product, the global dewatering squeezer market can be divided into:
Global Dewatering Squeezer Market, by Type
Based on type, the global dewatering squeezer market can be classified into:
Global Dewatering Squeezer Market, by End-use
Based on end-use, the global dewatering squeezer market can be categorized into:
Global Dewatering Squeezer Market, by Application
In terms of application, the global dewatering squeezer market can be segregated into:
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