Process • Multidisciplinary Design • Controls

Engineering That Connects Concept to Operation

YWT India develops water, wastewater, recovery, cooling and critical utility projects from process definition through multidisciplinary design, automation, installation support and commissioning.

Discuss Your Engineering Requirement

ONE COORDINATED ENGINEERING MODEL

PROCESS &
HYDRAULICS

MECHANICAL &
EQUIPMENT

PIPING &
LAYOUT

CIVIL &
STRUCTURAL

ELECTRICAL &
POWER

INSTRUMENTATION
& AUTOMATION

DefineRequirement, data and design basis

DevelopProcess concept and alternatives

IntegrateAll engineering disciplines

VerifyReviews, checks and constructability

SupportProcurement, site and commissioning

Engineering Gateway

Four capabilities supporting the project lifecycle

The engineering scope may be delivered as a standalone consultancy package, as part of equipment supply, or within a complete turnkey project.

01 / PROCESS FOUNDATION

Process Engineering & Concept Development

Design basis, stream segregation, technology evaluation, mass balance, hydraulic profile, PFD, process philosophy and preliminary equipment definition.

Explore Process Engineering →02 / MULTIDISCIPLINARY DETAIL

Detailed Design & Computer Modelling

P&IDs, equipment specifications, layouts, piping, civil and structural interfaces, electrical and instrumentation design, 3D coordination and construction documentation.

Explore Detailed Design →03 / AUTOMATION & VISIBILITY

Controls Integration & PLC Programming

Control philosophy, I/O, interlocks, PLC/HMI/SCADA development, communications, testing, reporting and plant-level integration.

Explore Controls Integration →04 / EVIDENCE BEFORE SCALE-UP

Laboratory & Pilot Studies

Bench testing, membrane trials, treatability evaluation, operating-window definition and scale-up inputs for difficult or unfamiliar streams.

Explore Lab & Pilot Studies →

Engineering Disciplines

Integrated around the process requirement

ProcessMass balance, hydraulics, PFD, P&ID, control philosophy and performance criteria

MechanicalEquipment sizing, specifications, datasheets, materials and package integration

PipingLine sizing, material classes, valves, layout, supports, stress interfaces and MTO

CivilDesign loads, foundations, tanks, trenches, drains and civil-interface drawings

StructuralPlatforms, walkways, pipe racks, equipment supports and access structures

ElectricalLoad list, SLD, panels, motors, cables, earthing and power-distribution interfaces

InstrumentationInstrument index, datasheets, hook-ups, I/O, cabling and loop requirements

AutomationPLC, HMI, SCADA, interlocks, cause-and-effect, reporting and communication

Engineering Deliverables

Documents must remain usable—from approval and procurement through construction and operation.

Design BasisInputs, feed characteristics, capacity, treatment targets, codes, battery limits and assumptions.

Process PackageMass balance, PFD, hydraulic profile, P&ID, equipment list and operating philosophy.

Equipment PackageDatasheets, specifications, enquiry documents, technical evaluation and vendor-document review.

Layout & PipingGA drawings, equipment arrangement, piping layouts, line list, support inputs and MTO/BOQ.

Electrical & ControlsLoad list, SLD, cable schedule, instrument index, I/O list, control philosophy and cause-and-effect.

Construction SupportIssued-for-construction documents, clarifications, redlines, as-built inputs and punch closure.

Lifecycle Continuity

Engineering does not stop when drawings are issued

01StudyData, site and problem definition

02ConceptOptions and process selection

03BasicDesign basis and process package

04DetailedMultidisciplinary construction detail

05ProcureEnquiries and vendor review

06ExecuteSite clarification and inspection

07OperateCommissioning and optimisation feedback

Design Assurance

Reviews focused on safety, operability and site reality

Technical Review

Mass balance, equipment duty, hydraulics, material selection, redundancy, control logic and performance requirements.

Constructability Review

Access, lifting, maintenance space, routing, foundations, structural interfaces and the sequence of site execution.

Operability Review

Start-up, shutdown, sampling, cleaning, drainage, chemical handling, alarms, bypass risk and operator visibility.

Industries

Engineering adapted to the facility and process

Pharmaceuticals

Chemicals

Steel & Metals

Sugar & Distillery

Food & Dairy

Semiconductor & Solar

Power & Utilities

Biotechnology

Data Centres

Institutional

Need an engineering package that can be executed?

Share the process requirement, flow and analysis, available plot, utility limits, existing drawings and project schedule. YWT can define the design basis and engineering deliverables.

Start an Engineering Discussion