De-oiling hydrocyclone package

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Produced-water de-oiling hydrocyclone skid: horizontal multi-liner vessels on saddles with a bolted reject-end cover showing the liner end caps and a cover lifting eye, inlet header with gate-valved top branches, underflow gate valves into an outlet header with level control valve, reject ball valves into a reject header with a PDR (pressure-differential-ratio) control valve, DP transmitters, OIW monitor with sample line, gauges, drains, vents and a JB with cable tray. vessels sets the count; the reject end is kept clear for liner withdrawal.

ASME BPVC VIII-1ASME B16.5ASME B16.10

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Parameters

Vessels–

Vessel diameter– m

Vessel length– m

Design pressure– barg

Inlet

Outlet

Reject

Class

Tag

Installation

$npx -y https://decktwin.com/cli/deck-twin-0.2.2.tgz add hydrocyclone-package

Copies packages/hydrocyclone-package.tsx and the shared lib/ into src/components/deck-twin/. Needs three, @react-three/fiber and @react-three/drei. See installation for the manual route.

Usage

import { Canvas } from '@react-three/fiber'
import { OrbitControls } from '@react-three/drei'
import { Stage } from './components/deck-twin/lib/stage'
import { HydrocyclonePackage } from './components/deck-twin/packages/hydrocyclone-package'

export default function Scene() {
  return (
    <Canvas shadows camera={{ position: [8, 5, 9], fov: 35 }}>
      <Stage>
        <HydrocyclonePackage />
      </Stage>
      <OrbitControls makeDefault />
    </Canvas>
  )
}

Props

Prop	Type	Default	Range
`vessels`	number	null	1 – 4
`vesselDiameter`	number (m)	null	0.4 – 1.2
`vesselLength`	number (m)	null	2 – 5
`pressure`	number (barg)	null	10 – 100
`inletNps`	number (NPS, in)	null
`outletNps`	number (NPS, in)	null
`rejectNps`	number (NPS, in)	null
`rating`	150 \| 300 \| 600 \| 900 \| 1500 \| 2500	null
`tag`	string	null
`...group`	position, rotation, scale…

P&ID

Horizontal vessel(s) with cyclone liners drawn as long cones (or a single inverted cone, the generic cyclone symbol), produced water in at the inlet header, clean water out, and the oily reject to the reject header controlled by a PDV / PDIC ratio loop.

tag Xtag Atag HCISA PDVISA PDICISA PDTISO 10628-2 / PIP PIC001 (package boundary with contents); cyclone convention

Cones inside a vessel = hydrocyclones (or a desander if on the well stream with a sand accumulator). Reject-ratio control is the PDIC loop between inlet, outlet and reject.

Hydrocyclone package datasheet (ASME VIII-1) fields and the props they set

Number of vesselsvessels

Vessel diametervesselDiameter

Vessel lengthvesselLength

Design pressurepressure

Inlet sizeinletNps

Outlet sizeoutletNps

Reject sizerejectNps

Flange ratingrating

Tag numbertag

Typical suppliers

SLB (Vortoil) · CECO Environmental (Peerless) · FLSmidth (Krebs). The geometry is generic and sized from public standards. It is not vendor CAD.

For agents

Machine-readable entry with props, ranges, defaults and ports:

$npx -y https://decktwin.com/cli/deck-twin-0.2.2.tgz info hydrocyclone-package

Or fetch /r/hydrocyclone-package.json, or copy a ready-made instruction:

Add the Deck Twin "De-oiling hydrocyclone package" component to this project. Run `npx -y https://decktwin.com/cli/deck-twin-0.2.2.tgz add hydrocyclone-package` (it copies the file and the shared lib into src/components/deck-twin/), then `npx -y https://decktwin.com/cli/deck-twin-0.2.2.tgz info hydrocyclone-package` for its props, ranges and ports. Render <HydrocyclonePackage /> inside a React Three Fiber <Canvas shadows>, wrapped in <Stage> from src/components/deck-twin/lib/stage. Set props from my data (metres, NPS in inches, ASME class) and leave the rest at defaults. Install three, @react-three/fiber, @react-three/drei and @types/three if they're missing. Full guide: https://decktwin.com/skill/SKILL.md