Modular process skids for surfactant and formulated consumer plants

Dosing, CIP, mixing, transfer, and filling packages engineered to your P&ID, batch volumes, and cleanliness expectations. Documentation supports FAT; interfaces are defined for site I&C and batch execution.

Why Klugg

Engineering-led delivery

Issued drawings, defined owner interfaces, and skid envelopes matched to your plant — not repurposed from unrelated sectors.

Capacity matched to your line

Throughput, chemistry, and plot plan set the envelope — we do not stretch a standard skid frame to approximate your duty.

Hygiene and QA alignment

Drainable routing, surface finish, and cleaning strategy documented to match what your quality organisation will audit.

Fit for plant automation

I/O schedules, cause-and-effect, and FAT records structured for the team that owns your DCS, PLC, or batch server.

Single accountable scope

Fabrication through dispatch, with support at owner tie-ins — fewer supplier interfaces than a disaggregated package.

Custom engineering
Customised skid for mixing

Scope from your URS and P&ID — not a catalogue assembly

When off-the-shelf mixer packages miss rheology, heat transfer, or cleaning requirements, we deliver one accountable mixing skid: agitation, thermal duty, homogenisation where required, and controls sized to batch, product, and available installation space.

Typical scope elements

  • Variable-speed agitation
  • Jacketed heating and cooling
  • In-line homogenisation (where specified)
  • PLC/SCADA and batch I/O
  • Execution compatible with your CIP strategy

Agitator duty, heat-up curves, and CIP coverage are developed with your process organisation — not assumed from standard datasheets.

Equipment register

Skids and packages by system

Select a system family, then expand a line item for function and design intent. Organised like a bid tabulation — without a static PDF wall.

Skids for reaction control, treatment, and line hygiene — repeatability, operator access, and tie-in to your batch sequence are explicit in the design basis.

Scope definition

Customised skid for mixing — how we define it with you

Deliverables are defined against your URS and issued drawings: batch volume, rheology, heating and cooling duty, automation architecture, CIP expectations, and owner tie-in locations. Typical applications include demanding surfactant systems, difficult emulsions, and lines where standard equipment would compromise performance, validation, or layout.

Outcomes

Operating results the design targets

Engineering levers agreed with your process and quality organisation — no performance claims without your basis of design.

Batch repeatability

Dosing, thermal, and shear held within bands your COA and SOP define — shift to shift.

Yield and flush discipline

Recovery routing, pigging, and transfer design oriented to your material-loss targets.

Cleaning cycle fit

CIP and mobile cleaning circuits matched to soil, turnaround, and validation endpoints.

Handoff to site I&C

I/O, interlocks, and test documentation your integrator can implement without reinterpretation.

Modular expansion

Repeat, relocate, or add skids as formulation mix or capacity changes — single design basis.

Execution

From agreement to handover

Four stages; each produces records suitable for maintenance, quality, and automation files.

  1. 01

    Requirement definition

    URS, process samples, site constraints, and acceptance criteria agreed before detailed design.

  2. 02

    Engineering release

    Issued P&ID, layout, MTO, and review pack prior to fabrication release.

  3. 03

    Fabrication and FAT

    Shop build with agreed hold points; documented factory acceptance against the approved basis.

  4. 04

    Dispatch and site support

    Shipment, tie-in assistance, commissioning support, and performance handover to operations.

Share drawings; receive a modular proposal

We separate scope that belongs in the skid from work that remains in fixed plant — against batch scale, chemistry class, cleanliness expectations, and your control architecture.

+91 82007 98210info@kluggengineering.com