Industrial Wastewater Treatment Equipment

As industrial wastewater treatment equipment becomes more critical to meet stringent regulations, manufacturing facilities increasingly rely on efficient tools like filter presses to handle wastewater. In manufacturing, filter presses play a central role in dewatering, where wastewater slurry is pumped into the chambers of the press, separating water from solids. The filtrate passes through a filter cloth, leaving behind a filter cake that builds as more solids are added. Once the press chamber is full, the dewatered solids are collected, and the press is cleaned and recycled for the next cycle.

Importance of Industrial Wastewater Treatment Equipment in Manufacturing

Manufacturing generates wastewater with suspended and dissolved solids, heavy metals, and other contaminants. Efficient dewatering with industrial wastewater treatment equipment like Matec filter presses simplifies handling, reduces disposal costs, and enhances environmental compliance. Matec’s filter presses offer plate sizes from 400 to 2500 mm, ensuring adaptability to various manufacturing needs. These systems compress solids down to 15% moisture, producing clearer filtrate solutions for reuse or safe discharge.

Our filter press systems provide flexibility with recessed chambers and diaphragm squeeze plates and accommodate various filter cloths, making them adaptable for a wide range of wastewater compositions.

Dewatering Equipment for Manufacturing

Silos Decanters

Find versatility and continuous clarification in decanters designed and manufactured by Matec, including vertical and horizontal configurations of stainless steel or concrete.

Filter Presses

MATEC filter presses are perfect for all applications in many different industries, thanks to our four ranges: Acquae, Ignis, Terrae, Magnum.

Packaged Plants

ChemREADY, being an authorized distributor of Matec, has introduced an innovative ground-breaking technology that can help Ready Mix plants dewater their cleaning and waste water by up to 85%.

Mobile Plants

Easy to install and ready to work immediately, this technology moves from the factory to on-site, and from site to site. 

Types of Dewatering Equipment for Manufacturing Applications

ChemREADY’s line of industrial wastewater treatment equipment for manufacturing includes:

  • Silos and Decanters: Matec’s silos and decanters, available in stainless steel or concrete, provide reliable and continuous clarification, ideal for various manufacturing processes.
  • Filter Presses: With options like the Acquae, Ignis, Terrae, and Magnum series, Matec filter presses meet the demands of multiple manufacturing applications, offering robust dewatering capabilities.
  • Packaged Plants: These compact systems reduce wastewater volume by up to 85%, ideal for ready-mix and other applications where space and efficiency are priorities.
  • Mobile Plants: Designed for flexibility, mobile plants can be transported and set up quickly on-site, making them ideal for operations that require portable dewatering solutions.

Dewatering Methods in Manufacturing Using Industrial Wastewater Treatment Equipment

There are several methods for dewatering wastewater in manufacturing, each suited to specific needs:

  • Gravity Thickening: A simple method that allows solids to settle by gravity, providing clear water for discharge.
  • Floatation: Uses air bubbles to lift suspended solids, which are then skimmed off.
  • Filtration: Traps solids in a filter medium, producing clean filtrate.
  • Centrifugation: Applies centrifugal force to separate solids, resulting in dense sludge and clarified water.
  • Thermal Drying: Evaporates water through heat, leaving behind dried sludge for disposal.

Benefits of Using Industrial Wastewater Treatment Equipment in Manufacturing

Incorporating industrial wastewater treatment equipment into manufacturing delivers numerous benefits:

  • Reduced Disposal Costs: Dewatering reduces the volume of wastewater, cutting transportation and disposal expenses.
  • Environmental Compliance: Reduces waste output, helping plants meet environmental regulations.
  • Increased Water Reuse: Treated water can be recycled within the facility, conserving resources.
  • Enhanced Plant Efficiency: Improves productivity by streamlining wastewater and sludge handling.

In summary, industrial wastewater treatment equipment is essential for manufacturing processes, providing cost-effective solutions for dewatering, recycling, and environmental compliance. ChemREADY’s comprehensive range of solutions ensures that manufacturing facilities can efficiently manage wastewater, meet regulatory standards, and support sustainable operations.

Wash and Screening Plants

A total treatment process which can reduce contaminants and precision in the separation of materials are the requirements we face from our customers and that our machines are able to fulfill.

Matec Accessories

Matec accessories include: TT2 Fast, Gasser Shaker, Real Washing, Core Blow, Cake Dryer, Drip Tray, Mud Cake Washing and Pumps.

FAQ

What is industrial wastewater treatment equipment?

Industrial wastewater treatment equipment, like filter presses, is used to treat and dewater wastewater by removing water from solids. This process reduces the volume and weight of waste, making it easier to handle, transport, and dispose of, especially in manufacturing.

How does a filter press work in wastewater treatment?

In wastewater treatment, filter presses pump slurry into chambers, where water passes through a filter cloth, and solids are retained. This forms a solid filter cake, which is then removed, and the filter press is cleaned and prepared for the next cycle.

What are the benefits of using wastewater treatment equipment in manufacturing?

Benefits include reduced transportation and disposal costs, increased water reuse, compliance with environmental regulations, and improved plant efficiency by reducing waste volume.

What types of wastewater treatment equipment does ChemREADY offer?

ChemREADY offers Matec silos, decanters, filter presses, packaged plants, and mobile plants, providing versatile solutions for various manufacturing needs and wastewater compositions.

What factors determine the best dewatering method in manufacturing?

Factors include wastewater characteristics, desired outcomes (like solids content), budget, available space, and regulatory requirements.