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OIL SANDS / INTERACTIVE 3D

Oil-sands tailings thickener concept

Inspect an original circular thickener cutaway with a bored feedwell, separate upper water outlet, static rake roles and open lower tailings boundary.

Static preview of the oil-sands tailings thickener concept schematic
Loading the 3D model…

Drag to orbit · Scroll or pinch to zoom · Select a visible part or use the parts list. Keyboard: focus the view and use arrow keys to orbit.

Study the two tailings questions.

Read the six-stop oil-sands study ↗

Follow exact parts in five independent original illustrations. The study separates whole-tailings classification from the middlings-flotation question; it is not a matched plant design.

Follow the whole-tailings classification question.

Inspect the separate primary-vessel underflow ↗Explore coarse underflow and fines overflow ↗

One AER-filed Horizon account routes primary-separation whole tailings through hydrocyclones, then sends the fines-rich overflow toward thickening. These independent illustrations are not a matched facility. The separate flotation-residue route must not be confused with this classification path.

Compare the next tailings question.

Return to the separate flotation-cell lesson ↗

One public operator account describes flotation residue moving toward thickeners. These generic scenes are not a matched plant train; their flow, water quality, solids concentration and final tailings handling remain unverified.

HOW TO READ THIS MODEL

The system, explained.

An AER-filed Horizon plan describes one operator sending remaining flotation material toward thickeners and a separate fines-rich cyclone overflow to thickening, where settling releases water for reuse and produces thickened tailings. A general Metso guide identifies a feedwell, overflow, rakes and underflow as conventional thickener roles. This invented circular scene gives those roles separate visible boundaries: a hollow suspended feed crosses a genuine feedwell bore, an upper outlet crosses a genuine collection-band bore, and a lower taper stays open to the underflow. The rake arms, particles and two coloured region rings are fixed reading aids. This independent model is not an operator-specific layout or a matched continuation of either earlier separation scene.

Model scope and limits

Original 50-part static teaching scene with complete circular tank wall and open double-surface lower taper, actual feedwell and collection-band side bores, three hollow stream boundaries, fixed rake/bridge shapes and 12 stationary solids markers. Half section opens the tank wall, rim, collection band and taper for reading; the interactive viewer can restore the complete vessel. Sizes, colours, shapes and supports are illustrative. No site-specific feed blending, flocculant dosage, settling rate, water quality, reuse eligibility, solids concentration, torque, mechanical drive, containment design, underflow pump, downstream mixing or deposition, safe operation or approval is established. This generic scene does not depict an operator or vendor product.

Further reading: AER-filed Horizon Measurement System Plan (2024), section 5: one operator’s tailings-thickener stream roles; no plant layout or dimensions copied ↗

Source links support further study; no affiliation or endorsement is implied.

CHECK YOUR UNDERSTANDING

What does the upper outlet establish in this illustration?

Choose an answer

GUIDED COMPONENT STUDY

Trace the system.

Read each explanation, then focus its component in the explorer. This is a learning route through the model, with no operating or maintenance sequence.

  1. Begin at an unresolved tailings feed

    The hollow line enters the central well. Its upstream source is unresolved; this model does not combine flotation residue and cyclone overflow into a selected feed.

  2. Find the actual feedwell bore

    A real opening crosses this invented open well wall. It shows a feed-location role without a tested distribution or flocculation design.

  3. Inspect the full tank

    The interactive model retains this complete circular wall. Half section opens it for reading; the viewer can restore it. Dimensions and containment are not qualified.

  4. Read the upper water region carefully

    This blue ring is a fixed visual cue, not a measured water level or proof of quality.

  5. Follow the independent upper exit

    The upper hollow connection crosses an actual bore in the collection band. Water destination and reuse suitability require separate evidence.

  6. Locate the static rake role

    The arm and blades are fixed. No rotation, torque, solids movement, clearance or safe drive design is simulated.

  7. Keep particle marks hypothetical

    This small stationary gold marker does not represent a measured particle trajectory or settling rate.

  8. Inspect the lower taper

    The cone remains complete in the interactive model and open at its bottom; slope and dimensions are illustrative.

  9. Stop at the thickened-material boundary

    The hollow lower outlet marks further handling without establishing solids concentration, pumping or a tailings destination.

Additional primary references:

ACCESSIBLE COMPONENT REFERENCE

Every part, in plain language.

Search all components ↗Model provenance ↗
Base frame

Illustrative support frame; foundations and structural design vary.

Complete thickener tank wall

Full circular tank wall. The viewer can hide it for an internal reading view. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Complete open lower taper

Double-surface invented lower taper with an open central underflow boundary.

Open underflow neck

Distinct lower hollow boundary for thickened material before further handling. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Underflow open-end collar

Unrated open-end marker; no withdrawal pump or destination shown. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Tank top rim

Visible open-tank edge; not a containment or access design. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Overflow collection band

An invented annular overflow-location band, not a selected launder hydraulic design. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Overflow band inner lip

Separate inner edge locates the upper water-collection role. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Open clarified-water outlet

Upper hollow outlet for water requiring destination and quality evidence. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Overflow outlet end collar

Unrated open-end marker on the illustrated overflow. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Complete bored central feedwell

Generic open feedwell wall with a true side bore; no proprietary distribution geometry. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Open suspended tailings feed

Hollow incoming slurry boundary. This scene does not assert whether flotation residue or cyclone overflow supplied it. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Feed open-end collar

Unrated boundary to unknown upstream handling. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Feedwell lower open rim

A visible open lower edge, not a tested distributor or feed dilution device. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Stationary central rake shaft

Static central shaft marker. Rotation, loads and lift are not animated or calculated. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static rake arm 1

Invented fixed rake-arm role, not a selected scraper or torque-rated assembly. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static rake blade 1.1

Fixed scraper-location marker. Blade pitch, clearance and conveyed solids are not simulated. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static rake blade 1.2

Fixed scraper-location marker. Blade pitch, clearance and conveyed solids are not simulated. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static rake blade 1.3

Fixed scraper-location marker. Blade pitch, clearance and conveyed solids are not simulated. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static rake arm 2

Invented fixed rake-arm role, not a selected scraper or torque-rated assembly. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static rake blade 2.1

Fixed scraper-location marker. Blade pitch, clearance and conveyed solids are not simulated. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static rake blade 2.2

Fixed scraper-location marker. Blade pitch, clearance and conveyed solids are not simulated. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static rake blade 2.3

Fixed scraper-location marker. Blade pitch, clearance and conveyed solids are not simulated. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Open bridge beam 1

Invented bridge beam gives a visible support role, not structural or access qualification. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Open bridge beam 2

Invented bridge beam gives a visible support role, not structural or access qualification. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Illustrative central drive envelope

Closed static drive-location box; no gears, motor, torque rating or operation shown. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Bridge end support 1

Invented presentation post; no tank support calculation. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Bridge end support 2

Invented presentation post; no tank support calculation. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static clarified-water reading ring

Fixed upper water-region cue; no measured turbidity, interface or reuse quality. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static thickened-solids reading ring

Fixed lower region cue; no measured solids concentration or bed level. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static settling marker 1

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static settling marker 2

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static settling marker 3

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static settling marker 4

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static settling marker 5

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static settling marker 6

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static settling marker 7

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static settling marker 8

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static settling marker 9

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static settling marker 10

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static settling marker 11

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Static settling marker 12

A stationary solids-location cue, not a particle track or settling-rate result. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Display support 1

Illustration stand only, not a foundation or support design. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Display foot 1

Illustration foot, not a plant anchor. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Display support 2

Illustration stand only, not a foundation or support design. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Display foot 2

Illustration foot, not a plant anchor. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Display support 3

Illustration stand only, not a foundation or support design. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Display foot 3

Illustration foot, not a plant anchor. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Display support 4

Illustration stand only, not a foundation or support design. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.

Display foot 4

Illustration foot, not a plant anchor. Invented static teaching geometry; no plant configuration, flocculant dose, water quality, solids result, mechanical load or operating instruction.