Waste Treatment Equipment in Argentina

Serving Argentina | Office in ArgentinaNear Argentina
362 Results found
  • Category: Waste & Recycling ×

  • Subcategory: Waste Treatment ×

  • Location: Latin America ×

  • Location: Argentina ×

Biothane - Conventional Activated Sludge System

by Biothane - Veolia Water Solutions & Technologies     based in Camden, NEW JERSEY (USA)

The conventional activated sludge system comprises an aeration tank and a clarifier. Aerobic biomass degrades COD in the aeration tank. The mixed liquor (ML) in the clarifier is separated into a water phase and a concentrated ML by sedimentation. The clarified water overflows weirs at the top of the clarifier whereas the sludge (biomass) is ...

Biothane - Model SBR - Sequence Batch Reactor

by Biothane - Veolia Water Solutions & Technologies     based in Camden, NEW JERSEY (USA)

The SBR process consists of two reactor tanks with a common inlet system. The bio-selector at the influent section contains baffles to mix the reactor content and enhances digestion. The treatment step is followed by a settling phase, which runs parallel with the filling and aeration of the second tank. The treated water is discharged and the ...

Biothane - Model MBR - Membrane Bioreactors

by Biothane - Veolia Water Solutions & Technologies     based in Camden, NEW JERSEY (USA)

In membrane bioreactors ultrafiltration (UF) or microfiltration (MF) membranes are used for separation of the treated water from the mixed liquor (ML). The UF/MF membranes guarantee a constant and very high effluent quality as particulate matter (SS, microorganisms) cannot pass through the membranes. Furthermore, MBR installations require less ...

Tertiary Wastewater Treatment Systems

by Southwater LLC     based in Jacksonville, FLORIDA (USA)

Proprietary stratified FilterClearTM media of up to four layers, specially developed and applied over 10 years for exceptional performance.

Waste Water Treatment Plant

by Oy Galvatek Ab     based in Lahti, FINLAND

Galvatek has reliably delivered automated waste water treatment plants to locations across the globe for over three decades. The efficiency, reliability, and environmental friendliness of our plants are based on pioneering innovations and cutting-edge know-how. Every plant is built to meet the customer’s specifications and local ...

ESCAPE (burn/wet) - Point-of-Use Waste Gas Treatment System

by DAS Environmental Expert GmbH     based in Dresden, GERMANY

The ESCAPE technology offers an optimum combination of the two operating procedures burning & scrubbing in the smallest possible space. A concept many DAS systems for waste gas treatment use. It is an effective and highly versatile technology for point-of-use waste gas treatment with a low cost of ownership. Based on this burn/wet-technology ...

LARCH (dry burn) - Point-of-Use Waste Gas Treatment System

by DAS Environmental Expert GmbH     based in Dresden, GERMANY

LARCH is our latest Point-of-Use waste gas treatment system especially designed for MOCVD processes. It is capable of treating large flows of Hydrogen and Ammonia as well as small flows of metal-organics and dopants, which are typically found in common LED processes. The treatment combination of oxidation und pyrolysis extends DAS´ ...

Composting Plants

by Taim Weser S.A.     based in Zaragoza, SPAIN

Source segregated bio waste and in addition a certain amount of green waste is being transformed to compost and bio fertilizer by proven treatment systems. We are competent in all composting technologies (open and closed windrow, tunnel box and in line composting systems) and combine process engineering and mechanical treatment technologies into ...

Organic Waste Treatment Systems

by WT ENERGY S.p.A.     based in Florence, ITALY

For the disposal of organic materials, WT ENERGY can develop a custom treatment facility that is both profitable for you and the environment.

Composting

by Ros Roca Environment     based in Tárrega, SPAIN

The process of composting consists of the biodegradation of organic waste undertaken in controlled aerobic conditions which turn it into valuable fertilizer for earth. The efficiency of the process depends on the proper control of the quantity of oxygen, the temperature, the humidity, the movement of the materials, the organic material ...

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