// CAPITAL EQUIPMENT & INFRASTRUCTURE DIVISION

INDUSTRIAL CLEANING.
ENGINEERED AS INFRASTRUCTURE.

Alkota engineers turnkey industrial wash systems around your specific assets, contamination profile, throughput demands, site footprint, water treatment strategy, and lifecycle support. Every installation is site-specific.

DESIGN·ENGINEERING·FABRICATION·INSTALLATION·COMMISSIONING·PPM LIFECYCLE
// PROJECTS £100K — £1M+ CAPEX
// SYSTEMIC ENGINEERING

A wash plant is a production system.

When a facility must process vehicles, rolling stock, roadway matting, sheet piling, or industrial components through repeated high-intensity cleaning cycles, the correct solution depends on far more than PSI.

A high-pressure washer is an individual tool. A wash plant is an integrated infrastructure asset: combining heavy mechanical reticulation, thermal water generation, automatic sequencing, civils interfaces, solids evacuation, oil separation, water recycling, and long-term asset management.

We design systems from first principles — calculating asset geometry, cycle dwell time, effluent loading, and power constraints to guarantee operational continuity and statutory environmental compliance.

01 Throughput & Dwell
02 Contamination Profile
03 Water Recovery Strategy
04 Automation Level
05 Site & Civils Interface
06 Lifecycle Availability
// ARCHITECTURAL FAMILIES

What can a wash plant be?

Select an architecture to inspect mechanical configuration and typical deployment profiles.

// SPECIFICATION PROFILEContinuous Process

Conveyorised Cleaning System

Heavy mechanical handling with 360° synchronized high-pressure cleaning.

Continuous heavy-duty variable-speed conveyor systems engineered for repetitive planar assets, stripping heavy mud, grease, and biological contamination through synchronized multi-angle rotating spray arrays.

Typical Assets

Rig mats, access roadways, sheet piling, trench boxes, heavy panels.

Automation Level

Automated Variable-Speed Conveyor with Sensor Interlocks

Water Strategy

100% Closed-loop continuous multi-stage recycling & solids extraction.

Throughput Profile

30 to 60 units per hour continuous.

Core Mechanical Elements:
Variable-speed heavy chain or roller conveyor drive
20+ synchronized rotating spray manifolds (top, bottom, sides)
Dual 1,000,000 BTU thermal water heating generation
Heavy solids screw conveyor for continuous mud evacuation
Every project is engineered bespoke.Scope This Architecture
// COMPLETE SYSTEM INTEGRATION

Anatomy of a Wash Plant.

The cleaning equipment and the water infrastructure are designed together. Below are the 12 functional stages of a comprehensive high-throughput industrial wash installation.

01

Asset Entry & Positioning

Traffic Control & Approach

Optical sensors, ground loops, and guidance curbing ensure the asset is safely positioned with correct clearances before wash sequence initialization.

02Project Dependent

Pre-Wash / Bulk De-Muck

High-Volume Stripping

High-volume low-pressure flood arches or wash monitors soften compacted mud, road salt, and heavy aggregate prior to detergent application.

03Project Dependent

Chemical & Detergent Application

Low-Pressure Foam Dwell

Automated chemical proportioners apply clinging alkaline foam or degreasing agents to break down traffic film and hydrocarbon bonds.

04

Primary High-Pressure Wash

Schedule 80 Thermal Power

Continuous-wound thermal heating coils deliver water at up to 95°C and 345 BAR across oscillating spray arches or manual lance drops.

05Project Dependent

Underbody & Wheel Wash

Chassis Integrity

Targeted high-pressure spinner nozzles flush wheel arches, brake assemblies, axles, and under-chassis cavities from below-ground spray bars.

06

Effluent Containment & Collection

Impermeable Sump Grids

Graded impermeable concrete bays and heavy-duty galvanized trench gratings route all wash water into primary collection sumps.

07Project Dependent

Solids Separation & Settling

Sediment Baskets & Traps

Gravity settlement pits, sediment baskets, and automated screw conveyors remove heavy gravel, sand, and suspended silt down to 50 microns.

08Project Dependent

Oil & Contaminant Management

BS EN 858 Separation

Coalescing plate interceptors and floating surface skimmers strip free petroleum hydrocarbons and oily films from the effluent stream.

09Project Dependent

Water Treatment & Filtration

Multi-Media Purification

Deep-bed silica sand, multi-stage cartridge polishing, or vacuum filtration systems remove fine particulate and chemical residues.

10Project Dependent

Buffer Storage & Closed-Loop Reuse

Sustainable Recirculation

Treated water is transferred to high-capacity holding reservoirs with automated level controls, supplying up to 90% recycled water back to the pumps.

11

Automation & PLC Master Controls

Industrial Instrumentation

IP66 PLC control suites govern pump sequencing, variable speed drives, interlocks, temperature modulation, cycle logs, and safety systems.

12

Asset Exit & Clearance

Operational Handover

Automated exit barriers open, wash counters increment, and throughput telemetry records the completed cycle into the site operations register.

// CLOSED-LOOP COMPLIANCE & WATER RECOVERY

Need detailed water filtration, vacuum recovery, or trade effluent solutions?

Explore our full water treatment technology range including media sand filtration, oil separators, and vacuum scuppers.

Explore Water Treatment
// THE PROJECT SCOPING TOOL

The Wash Plant Architect.

Not an instant online shopping basket. Industrial wash plants are complex engineered capital projects. The Wash Plant Architect allows you to structure your asset profile, throughput demands, water constraints, and site requirements into a preliminary engineering project brief.

Generates branded PDF brief & routes directly to Alkota engineering
// 9-STEP SCOPING FRAMEWORK
01. ASSET PROFILEVehicles, Plant, Mats
02. GEOMETRY & DATADimensions, No-Spray
03. THROUGHPUTUnits/hr, Shift Hours
04. CONTAMINATIONMud, Bitumen, Salt
05. ARCHITECTUREManual vs Automated
06. WATER & RECOVERYMains, Closed-Loop
07. SITE & CIVILSFootprint, Power
08. PROJECT STAGEBudget, Tender, Stage
09. LIFECYCLE PPMSpares, SLA, Response
// AUTOMATION & CONTROLS

Industrial instrumentation.
Engineered reliability.

Modern industrial wash plants operate as integrated process control systems. We design bespoke electrical and automation architectures utilizing industrial PLCs, variable speed drives, optical profiling sensors, and safety interlocks.

Where specified, wash systems are delivered remote monitoring capable — structured to accommodate live telemetry for operating hours, cycle counters, filter differentials, and predictive maintenance alerts.

PLC Master ControlSiemens / Mitsubishi / Allen-Bradley
Variable Speed DrivesSoft-start & pressure ramping
Sonar & Optical ProfilingAsset detection & zone firing
Safety InterlocksCategory 4 E-stop architectures
Wash RecipesTouchscreen HMI cycle presets
Telemetry ReadyCloud diagnostics integration
// SECTOR CAPABILITIES

Built for demanding applications.

Engineering solutions calibrated to specific operational environments across the UK.

01 //

Heavy Plant & Mining

Aggressive de-mucking and chassis washing for earthmoving fleets, quarry equipment, and tracked excavators. Engineered for extreme solids loading.

High-flow wash monitors
Heavy solids screw conveyors
Chassis flush arrays
02 //

Fleet & Logistics Depots

High-throughput multi-bay or drive-through wash installations for HGVs, tractor units, and distribution trailers. Zero-downtime N+1 reliability.

Simultaneous multi-operator bays
360° overhead boom arms
Rapid chemical foam systems
03 //

Rail & Depot Systems

Bespoke train wash plants, undercarriage bogie cleaning, and depot maintenance wash rooms engineered to rail safety standards.

Profile-tracking wash gantries
Demineralised final rinse
Depot-integrated drainage
04 //

Construction & Civil Engineering

Wash bay infrastructure for highway compliance, wheel wash systems, and plant cleaning before leaving construction sites.

Automatic wheel wash ramps
Closed-loop silt recovery
Mobile & permanent options
05 //

Rig & Access Matting

Specialist automated conveyor systems cleaning timber and composite roadways at high speed with closed-loop water recycling.

Variable-speed conveyor drive
20+ rotating spray manifolds
Clay & silt evacuation
06 //

Manufacturing & Process

Hygienic Grade 316 stainless steel wash plants for food, dairy, and manufacturing. High-temperature thermal sanitation up to 95°C and steam.

Full AISI 316 construction
CIP system integration
Chemical dosing manifolds
// STRUCTURED CAPITAL DELIVERY

From discovery to lifecycle support.

Every major capital installation follows a rigorous 12-stage engineering methodology.

01

Operational Discovery

Throughput modelling, asset geometry review, and contamination profiling.

02

Site Feasibility Survey

Power verification, drainage assessment, and civil works review.

03

Concept Engineering

Process flow diagrams, hydraulic sizing, and initial GA layouts.

04

Environmental Scoping

Water balance calculations, trade effluent strategy, and closed-loop design.

05

Detailed CAD Design

Mechanical, electrical, PLC control architecture, and pipe reticulation.

06

Workshop Fabrication

Heavy-gauge steel frames, Schedule 80 coils, and pump skid assembly.

07

Factory Acceptance Test

Rigorous 48-hour pressure, electrical, and sensor validation prior to dispatch.

08

Site Mechanical Install

Pipework reticulation, gantry placement, and plant room fit-out.

09

Commissioning & SAT

Flow calibration, temperature tuning, and full operational cycle sign-off.

10

Operator & EHS Training

Safety protocols, daily pre-checks, and emergency response procedures.

11

Handover & Documentation

Full O&M manuals, asset registers, and electrical schematic delivery.

12

Lifecycle PPM Support

Planned preventative maintenance, critical spares holding, and telemetry.

// REAL PROJECT ARCHIVE

Wash plant projects.

View Full Project Archive →
FLEET & LOGISTICS

4-Bay Centralised Fleet Depot

Turnkey multi-bay installation featuring dual triplex pump skids in a secure plant room, overhead 360° stainless boom arms, and automatic underbody chassis rinse.

Throughput: 60 HGVs/dayDetails →
GROUNDWORKS & ACCESS

Automated 360° Rig Mat Washer

Continuous variable-speed conveyor cleaning system with 20 rotating spray bars, 100% closed-loop media filtration, and continuous solids screw evacuation.

Throughput: 45 mats/hrDetails →
MINING & QUARRY

Heavy Plant De-Mucking System

High-volume 80 GPM water monitors with remote joystick operator stations, drive-over rumble grids, and deep settlement pit interception.

Throughput: 15 mins/dumperDetails →
// LIFECYCLE EXCELLENCE

Beyond Handover.

We design, build, commission, maintain, manage, and upgrade high-value wash infrastructure.

01 // AVAILABILITY

Service & Maintenance

Planned preventative maintenance, emergency reactive callouts, high-pressure pump overhauls, burner servicing, and third-party plant support.

Explore Service Agreements →
02 // ASSET GOVERNANCE

PPM & Asset Management

Digital asset registers, configurable PPM frequencies, critical spares strategies, visit reports, and data-ready telemetry tracking.

Explore Asset Management →
03 // LIFE EXTENSION

Refurbishment & Upgrades

Brownfield engineering inside operational facilities: pump replacements, PLC migrations, water recycling retrofits, and life-extension overhauls.

Explore Refurbishment →
// SPECIFIER & CONSULTANT ENGAGEMENT

Start a Wash Plant Project.

Connect directly with Alkota UK application engineering to review site plans, discuss throughput requirements, calculate water recovery strategies, or schedule an on-site feasibility survey.