FILTER PRESS
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Catalog excerpts

FILTER PRESS - 1

FILTER PRESS SLUDGE DEWATERTING

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FILTER PRESS - 2

Process Description Dosage AUTOMATIC FILTER PRESS CLEAN WATER Poly Emulsion Polyelectrolyte emulsion plant Sludge Conditioning Tank The filtration cycle shall start with the filter press closed. 1. FILTER PRESS CLOSURE: The start of the filtering cycle begins with the closing of the filter press. The moving plate is activated by the hydraulic system and moves, closing the filter at the required working pressure, which is controlled by a pressure switch located in the hydraulic circuit. 2. FILLED: Pumping of sludge into the filter press begins. The chambers fill with sludge and the formation...

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FILTER PRESS - 3

Operational STAGES OF THE CYCLE | PRESSING 1 Filter press closure 2 Filled 3 Filtration 4 Cake opening and unloading Pressing cycle time In each process, the duration of the pressing cycle will depend on several factors, mainly on the type of sludge. A sludge composed mostly of inert solids (cement works, quarries, marble works, etc.) has much shorter cycle times than those required for pressing a biological sludge. OPEN EXECUTION CLOSED EXECUTION • Override option with the installation of different taps. • Allows easy inspection of the quality of the filtered liquid. • Allows quick...

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FILTER PRESS - 4

Complements Compact assembly of the Draco®, Filter Press, assembled in a 20’DV or 40’HC container depending on the size of the equipment it contains. ADVANTAGES | PRE-ASSEMBLED DRACO • Quick installation. • Ease of transport. • Small footprint. • Minimal visual impact. Contained in: • 20” containers. • 40” containers. • Isothermal containers. EQUIPMENT Draco® PILOT Toro Equipment manufactures a small size Draco® Filter Press. This filter is generally demanded to meet specific needs, to carry out tests and studies. SLUDGE CONDITIONING • Automatic polyelectrolyte plant • Sludge conditioning...

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FILTER PRESS - 5

FILTER CLOTHS AND FILTER PLATES Filter cloths and filter plates: In order to obtain the maximum performance of the equipment, each Filter Press incorporates the most suitable filter cloth for each specific application. Types of fabrics: • • • • • WASTE WATER • Draco® Filter Presses achieve greater dryness, reducing the cost of managing the sludge generated. • Easily transportable sludge. Problems such as liquid overflow in the containers are avoided. • Sludge can be stacked once dewatered. The high degree of dryness facilitates sludge management, composting and logistics. • Total...

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FILTER PRESS - 6

High performance FILTER PRESS WITH UPPER DRAG Pump type: 23 cm3 cylinders Height maximum Maximum surface area filtering surface Volume maximum filtering Maximum number of plates Width maximum Length maximum Frame: Material ST-37/AISI-304, Finish: Epoxy paint. Drive: Automatic. Ral 2011 *Ask for capacities with different number of plates. Unladen weight Loaded weight Total filter area Cake volume total PF Size plates and fabrics SIDE-DRAG AUTOMATIC FILTER PRESS Pump type: 25 cm3 cylinders Frame: Material ST-37/AISI-304, Finish: Epoxy paint. Drive: Automatic. Ral 2011.

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FILTER PRESS - 7

Technical Specifications Unladen weight Loaded weight Total filter Cake volume Size plates area total PF and fabrics AUTOMATIC FILTER PRESS NOTE: (1) The FPA is supplied with: - GRP side guards. - Filtered water collection channel and handles. - Pressurised air connection. - Equipped with cake blowing circuit. - Emergency stop by cable. - Hydraulic oil included. (2) Compressor not included. (3) Dimensions and technical specifications may vary slightly due to the normal development of the products by the technical team or Toro Equipment S.L.. technical team or Toro Equipment S.L. When...

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FILTER PRESS - 8

Technical Specifications MODEL SEMI-AUTOMATIC FILTER PRESS NOTE: (1) The FPSA is supplied with: - GRP side guards. - Filtered water collection channel and handles. - Pressurised air connection. - Equipped with cake blowing circuit. - Hydraulic oil included. (2) Compressor not included. (3) Dimensions and technical specifications may vary slightly due to the normal development of the products by the technical team or Toro Equipment S.L. When placing your order, please request specification drawing at www.toroequipment.com. Unladen weight Loaded weight Total filter area Cake volume total PF...

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FILTER PRESS - 9

Technical Specifications MODEL Unladen weight Loaded weight Total filter area Cake volume total PF Size plates and fabrics MANUAL FILTER PRESS NOTE: (1) The FPA is supplied with: - GRP side guards. - Filtered water collection channel and handles. - Pressurised air connection. - Equipped with cake blowing circuit. - Emergency stop by cable. - Hydraulic oil included. (2) Compressor not included. (3) Dimensions and technical specifications may vary slightly due to the normal development of the products by the technical team or Toro Equipment S.L.. technical team or Toro Equipment S.L. When...

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FILTER PRESS - 10

Optional EQUIPMENT ∙ Standard equipment ∙ Opcional equipment BODY S235JR Material ISO/ANSI connecting flanges GRP Protective covers Lifting eye bolts Anchor support RAL 2011 paint Clean water collection spillway Pressure air connection DOCUMENTATION Operating manual in specific language Identification plate Documentation in ISO regulations CERTIFICATES CE certificate Factory test certificate Quality certificate Sealing certificate Certificate of materials Welding certification Hydraulic group certificate ∙ Standard equipment ∙ Opcional equipment Distribition panel DISTRINUTION PANEL...

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FILTER PRESS - 11

Select your Filter Press HOW TO DETERMINE THE SIZE OF THE FILTER PRESS YOU NEED? Design details: • Sludge volume per day. • Kg of dry matter. • No. of working hours per day. The followoing is an example of pressing without lime, knowing that the dryness we are going to obtain is 30%. Input data: sludge volume of 7m3/day, at 6% dryness In order to obtain the kg of dry matter, we have to multiply the volume by the dryness. The result is 420 kg of dry matter. The dryness of the cake at the exit will be 30%. Therefore we will have 1.4 m3/day of cakes at 30% = 1,400 l/day. If we want to carry...

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