Dewatering System Dealers

We offer vacuum dewatering system. Acme air equipments is iso 9001-2008 quality certified company. It is a most trusted and quality manufacturer of twintri lobe roots blower, vacuum dewatering system and allied systems, established in 1990.

We are one of the trusted Manufacturers of Vacuum Dewatering System. We supply state of the art Vacuum Dewatering System which is second to none in the market. It is a system made up of four different machines i.e. Vibratory Screed, Vacuum Pump, Power Troweller cum Floater and Groove Cutter. Keeping the market standards in view reasonable price has been fixed for the Vacuum Dewatering System.

Filter Press The filter press basically consists of a number of chamber filter plates (also referred to as recessed filter plate pack) mounted vertically on and between two sidebars or suspended from an overhead support beam. A filter cloth is mounted over each of the two faces of the filter plate. The cloth is joined at the feed eye by an impervious sleeve or tube also known as a barrel neck. Filter Press Feed Cycle:- Step 1 : Sludge is fed into the filter press by a suitable pumping system and passes through the feed eye of the succeeding plates along the length of the plate pack until all chambers are full of slurry. This is known as the fast fill portion of the filter cycle. Step 2 : Flowing under pressure, the solid particles begin to deposit on the surface of the filter cloth forming the initial layer of filter cake referred to as the pre-coat. Once applied, this pre-coat layer becomes the actual filtering medium. Step 3 : As filtering continues the cake thickness gradually increases, until the adjacent filter cake in each chamber touch or bridge. At this point of the filter cycle, the dewatering phase enters into final cake consolidation to achieve maximum cake dryness. Filter Cloths The filter cloths are woven fabrics using monofilament or multifilament synthetic fibers or a combination of both. The most commonly used materials are polypropylene, polyester, and nylon. Filter cloths are primarily selected for filtration, strength, and cake release properties. Sludge Drying Bed Sludge drying beds may be used for dewatering sludge. Drying beds are confined, under drained and shallow layers of sand over gravel on which wet sludge is distributed for draining and air drying. Drying beds have proved satisfactory at most small and medium-sized sewage treatment plants located in warm, dry climates.

We are offering wide range of sludge dewatering systems to our valued clients, from space, operation, energy and maintenance point of view, sludge management is a very crucial task. Depending upon the type of sludge requirement, we can offer energy efficient, economical and less energy & maintenance prone systems. To undertake these services, we make use of the following: Innovative sludge bag filters   Sludge belt filter press

We are offering dewatering system. dewatering is the removal of water from solid material or soil by wet classification, centrifugation, filtration, or similar solid-liquid separation processes, such as removal of residual liquid from a filter cake by a filter press as part of various industrial processes. construction dewatering, unwatering, or water control are common terms used to describe removal or draining groundwater or surface water from a riverbed, construction site, caisson, or mine shaft, by pumping or evaporation. On a construction site, this dewatering may be implemented before subsurface excavation for foundations, shoring, or cellar space to lower the water table. This frequently involves the use of submersible "dewatering" pumps, centrifugal ("trash") pumps, eductors, or application of vacuum to well points.   a deep well typically consists of a borehole fitted with a slotted liner and an electric submersible pump. As water is pumped from a deep well, a hydraulic gradient is formed and water flows into the well forming a cone of depression around the well in which there is little or no water remaining in the pore spaces of the surrounding soil. Deep wells work best in soils with a permeability of k = 10−3 m/s to 10−5 m/s; the amount of drawdown that a well can achieve is limited only by the size of the pump.deep wells can be installed in a ring around an excavation to lower the water level and maintain a safe, dry site. Several equations can be used to design deep well dewatering systems, however many of these are based on empirical data and occasionally fail. Practice and experience, along with a firm understanding of the underlying principles of dewatering, are the best tools for designing a successful system.[2] some dewatering situations "are so common that they can be designed almost by rule of thumb".[3]deep wells are also used for aquifer testing and for groundwater drainage by wells.

Well points are smaller diameter tubes with slot near the bottom that are inserted into the ground from which water is drawn by a vacumm generated by a dewatering pump.System consist of number of well points spaced along a trench,all connected to common header, which is attached to one or better points pump. 

We have a test report for quality of concrete vacuum dewatering system by this system, we remove excess water which is poison for concrete. Due to this, it has following advantages: concrete gets early initial strength with reduced shrinkage and reduced permeability. It gives abrasion resistant flooring. 28 days strength is gained in 7 days which results in faster speed of construction. It is most economic and suitable for heavy duty floors as cement saving is approx. 15%. It has reduced shuttering time. With this system you get rapid concreting, giving time and labour economy.

A sludge dewatering system comprising a moving foraminous belt (10) having a horizontal conveying run on which sludge is carried to permit drainage of water therefrom through the belt.