How do you separate a mixture of muddy water?

Answer 1

WATER RECYCLING SYSTEM

Units equipped with a "Water Recycling System" are fitted with five (5) devices for reducing the solid particles present in the sucked material. The devices are located consecutively in the recycling system and are dimensioned and engineered in order to generate an amount of recycled water to guarantee continuous operation of the high pressure pump functioning at its highest performance.

Thanks to the separation and settling principles (not filtration), the stops of the high pressure line for cleaning operations are very few and the equipment performances are at their best. It is very important to highlight how much the cleaning operations affect the high pressure performance: the more they are, the less the equipment productivity (this happens with recycling systems with filters that undergo frequent cleaning).

The five devices for reducing the solid particles present in the sucked material are:

1. PERFORATED FILTERING WALL IN DEBRIS TANK

The sucked material undergoes the first stage of filtration passing through a perforated steel wall. The perforations cover the area of the divided section of the tank. Particles larger than 20mm remain in the debris compartment of the tank.

1. ROTATING FILTER INSIDE THE TANK

After passing through the perforated wall, the liquid material enters a rotating cylinder shaped filter that separates the liquid with particles no larger than 500 micron. The cylindrical filter is operated by a hydraulic motor and has a scraper fitted to the outside surface. The scraper provides automatic cleaning of the outside surface allowing free passage of the liquid material through the filter. The cylindrical filter is positioned HORIZONTALLY to minimise the amount of liquid left in the tank once operations are stopped. The remaining solid material settles in the debris compartment.

1. FIRST STAGE CYCLONES for LARGE PARTICLES

A centrifugal pump sucks the liquid that passed through the rotating filter and transfers the liquid to the "first stage cyclone" that is designed to separate suspended particles between 250 and 500 micron in size. The extracted particles are returned to the debris compartment.

1. SECOND STAGE CYCLONES for SMALL PARTICLES

After passing through the first cyclone, the liquid material is transferred to quantity two (2) second stage cyclones. The second stage cyclones separate suspended particles between 100 and 350 micron. The extracted particles are returned to the debris compartment.

1. SETTLING TANK

The liquid cleaned by the equipment so far is then transferred into a settling tank. The settling tank is manufactured in AISI 304 stainless steel and is divided into five (5) watertight sections.

The transfer of water from one section to another is made possible through special devices that allow the free passage of liquid while blocking out both the heavy and light particles (fat, oil etc).

The large capacity of the tank ensures liquid moves slowly within the tank and stays in there for an extended period of time.

The wide area of the tank base and the slow moving liquid enables excellent settling of the last suspended particles.

Generally, after the settling process the particles still present in the resulting liquid are smaller than 50 micron and with concentration percentages less than 50mg/l, without greasy / oily parts.

Such values minimise the wear and tear of all the high pressure system components including pump, valves, pipes, nozzles, etc.

Thanks to the efficiency of CapRecy in terms of the recycled water, all the high pressure and recycling components undergo little tear and wear thus reducing sensibly the maintenance costs.

To clean the tank it is simply necessary to tip it up: a flush out system carries out a deep cleaning and clearing of any deposits.

CAP-RECY ADVANTAGES

- Cuts down on the clean water usage

- Recycles 90% of the sucked liquid and concentrates the solid material into the debris tank

- Reduces down time of the vehicle

- Guarantees excellent quality of the recycled water

- Safeguards the high pressure water system

- Separates fats / oils from the liquids

- Allows the automatic and thorough cleaning of all the filtering components

Answer 2

At home: Let it sit undisturbed for a long time and the mud will settle to the bottom. Or you can slowly pour it through a coffee filter in a funnel to get the chunks out then let it sit.

In a lab: A vacuum Erlenmeyer flask with filter, then centrifuge.(cg) I would put a plastic tent over a pot and boil the muddy water collecting the condensation from the tent. Leaving you with pure water. Hope that helped. (cg)

Answer 3

It's funny cos this is the experiment I'm doing at school sorry I don't have the answer maybe evaporation or you could use filter paper

1/ evaporation - boiling and condensing the water

2/ filtration through filters made from anything ie fine metal mesh, paper, carbon etc

3/ sedimentation, letting the mud settle to the bottom of the container

These methods can be used singularly or together

Answer 4

The mixture of muddy water can be separated by using filtration. Pour the muddy water through a filter such as a coffee filter or a piece of cloth to trap the mud particles, allowing the clean water to pass through. This will result in the separation of the mud from the water.

Answer 5

filter it. pour it through filter paper. pouring the liquid through kitchen roll will probably work aswell

Answer 6

To seperate muddy water from water, you could use a filter or a sieve. Or you could use distillation.

Answer 7

You could strain out most of the water in a fine filter, and then let the rest of the water evaporate.

Answer 8

filter funnel