專業設備代理權

Jetpro Internation division

Environmental Process engineering

  • Design and implementation of complex separation and recovering processes in waste/ slag/ ash /soil / dust etc.
  • Physical separation process engineering
  • Dealer for SPALECK and WESTERIA products in selected countries in south east ASIA

Environmental Process engineering

A incinerator bottom ash (IBA) application contains a separation of ferrous and non-ferrous metals, as well a separation via flip flow screen in different corn grain sizes from the input ash.

1

Feeding hopper

Incineration bottom ash feed and portioning

2

Over-belt magnet

Reducing of bulky ferrous magnetic material

3

Bar sizer

Separation of over size material

4

Crusher

Homogenization of over sized material

5

Flip-flow screen

Material sizing determinate in grain size by SPALECK double deck Flip-flow screen

6

Sorting stand

Quality control

7

Drum magnet

Extraction smaller ferrous particles

8

Wind shifter

Separation of unburned residuals by WESTERIA Wind shifter

9

Air knife

Separation of finest particles

10

NF-separator

Extraction of Non-ferrous metals

11

Storage area

Incinerator bottom ash processing

A incinerator bottom ash (IBA) application contains a separation of ferrous and non-ferrous metals, as well a separation via flip flow screen in different corn grain sizes from the input ash.

1

Feeding hopper

Incineration bottom ash feed and portioning

2

Over-belt magnet

Reducing of bulky ferrous magnetic material

3

Bar sizer

Separation of over size material

4

Crusher

Homogenization of over sized material

5

Flip-flow screen

Material sizing determinate in grain size by SPALECK double deck Flip-flow screen

6

Sorting stand

Quality control

7

Drum magnet

Extraction smaller ferrous particles

8

Wind shifter

Separation of unburned residuals by WESTERIA Wind shifter

Waste screening / waste separation

The soil municipal waste mix, mostly wet excavated, pre screened via drum screen with a 100 mm cutting size to separate bulky material in front. In a second fractionating step a 3D double deck screen separate oversized material over 50 mm from a middle fraction, 50 mm to 10mm and a fine fraction of under 10mm. The oversized and the middle-sized fraction are sent over via over belt magnet step and wind shifting step to a sorting stand.

1

Feeding hopper

Incineration bottom ash feed and portioning

2

3D Combi screen

Material sizing determinate in grain size by SPALECK double deck Flip-flow screen

3

Wind shifter

Separation of unburned residuals by WESTERIA Wind shifter

4

Sorting stand

Quality control

Soil washing

Soil washing a wet physical separation technique to separate different kind of grain sizes of soil sediments and ashes.

Most likely, the soil contamination is bounded to the fine material, or can be dissolved in the process – water, fine material will be separated and concentrated during the washing process and separated from the coarse and sand fraction. Heavy metal contamination can be separated as well as oil and chemical soil pollution bound to soil fractions.

1

Log washer

Separation of gravel (mixing of contaminated soil in water)

2

Vibrating screen

Screening/ dewatering of organic and gravel particles

3

Hydro cyclone

Separating of fine particles, by pressured circular movement of fluid

4

Attrition cell

Sand corn and particle surface cleaning, scrubbing

5

Stack Sizer

particle dewatering via high frequency screening