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Team members stacking their hands above engineering drawings.

Services & Capabilities

From the First Decision To a Working Plant.

Eight Connected Services. A Scope Built Around Your Project.

Design · Build · Manage

A focused engineering assignment or a coordinated capital project. Connect investment planning, process design, equipment, construction, and startup around the operation you need to build.

Engineering Services

Start With the Work
Your Operation Needs.

Choose the service that fits your next decision. Engage DPS for a defined assignment or connect several disciplines within an agreed delivery scope.

Food and beverage process engineering and facility-design illustration

Process Engineering & Design

Coordinate process diagrams, facility layouts, utility loads, hygienic requirements, controls specifications, and capital planning for food and beverage facilities.

Food manufacturing capital planning and project-evaluation illustration

Capital Planning & Feasibility

Evaluate production demand, utility requirements, total installed cost, investment scenarios, risks, and phased expansion before committing food plant capital.

Owner-side engineering and food facility project-review illustration

Owner’s Representative

Owner-side technical review, scope oversight, procurement support, budget and schedule analysis, installation verification, and commissioning coordination.

Food processing facility construction and general-contracting illustration

General Contracting

Coordinate food plant building trades, process equipment, sanitary infrastructure, utilities, controls, and commissioning within a defined contracting structure.

Food and beverage automation, controls, and process-system illustration

Automation & Controls

Define PLC logic, SCADA and HMI architecture, batch and recipe control, cleaning sequences, utility monitoring, and automation turnover for food and beverage systems.

Process equipment installation and food facility utility-integration illustration

Installation & System Integration

Coordinate process piping, equipment setting, utilities, power, instrumentation, controls, CIP, commissioning, and turnover for food and beverage facilities.

Food facility project coordination and programme-management illustration

Project & Program Management

Coordinate scope, schedules, budgets, procurement, quality, safety, risk, and turnover across individual food plant projects and phased capital programmes.

Stainless process equipment fabrication and configured vessel-supply illustration

Equipment Manufacturing & Supply

Define tanks, vessels, CIP systems, tumblers, kettles, skids, materials, fabrication records, supplier interfaces, and installation requirements around the food process.

Your Project May Span Several Services.

Define the scope and interfaces together, including which responsibilities stay with your team, DPS, and specialist suppliers.

Questions About Working With DPS

The Operating Model

Design · Build · Manage

Carry engineering knowledge through the project lifecycle. Define the engagement and each party’s role at the outset, including any independent owner-side oversight.

Design

Make the Engineering Basis Clear.

Translate production goals and business assumptions into buildable systems. Connect process, mechanical, controls, electrical, structural, and plumbing requirements before releasing the work.

  • Capital Planning & Process Design
  • Equipment, Layouts & Utility Requirements
  • Controls & Multidiscipline Interfaces

Build

Connect the Work on Site.

Coordinate suppliers, contractors, and installation teams around the agreed design. General contracting is provided within the applicable licensing and local delivery arrangements.

  • Equipment Supply & Installation
  • Trade Coordination & Site Sequencing
  • Utilities, Controls & System Integration

Manage

Carry the Plan Into Operation.

Keep scope, budget, schedule, and decisions connected. Define commissioning, startup, training, and turnover responsibilities so that individual packages become a functioning production system.

  • Owner’s Representation & Program Management
  • Risk, Change & Stakeholder Coordination
  • Commissioning, Startup & Handover
Two people raising glasses between stainless-steel brewery tanks.
Beverage Production Environment

Food & Beverage Manufacturing

Shared Engineering.
Product-Specific Decisions.

Bring the process requirements into every facility decision. DPS works across food and beverage applications, with sanitary design and the applicable regulatory pathway considered within each project’s scope.

Beverages & Fermentation

Brewing, spirits, wine, ready-to-drink products, and the utilities and cleaning systems behind them.

Protein & Prepared Foods

Handling, mixing, cooking, cooling, packaging interfaces, and hygienic production flow.

Dairy, Sauces & Marinades

Product-specific mixing, thermal treatment, material transfer, refrigeration, and sanitation.

Aseptic, Retort & Co-Packing

Preservation requirements, flexible campaigns, specialist equipment, and an integrated facility plan.

Explore the Industry Guides

Equipment & Integration

Specify the Equipment.
Plan Its Place in the System.

DPS-branded equipment and specialist supplier packages need to connect with the product, plant utilities, controls, and cleaning strategy. A defined specification establishes the supply and integration boundaries.

Process & Storage Tanks

Process and storage tank options include reference capacities up to 12,000 gallons. Confirm duty, dimensions, agitation, cleaning requirements, supplier, and availability for the application.

CIP Systems

Cleaning circuits, supply and return conditions, utilities, and automated sequences considered together.

Marination Tumblers

Product loading, vacuum and recipe requirements, handling, and integration with the protein processing line.

Cooking Retorts & Vessels

Thermal duty, product handling, pressure requirements, materials, and applicable documentation established in the equipment specification.

Explore Equipment Manufacturing & Supply
Technicians inspecting a stainless-steel process vessel, piping, and control cabinet in a workshop.
DPS Equipment Image

A Connected Project Scope

Plan the First Phase. Leave Room to Grow.

A greenfield beverage co-packing facility was planned with a coordinated scope covering the syrup room, boilers, air compressors, cooling towers, and plant utilities. The engineering plan connected production flexibility with the client’s wider operating and business model.

Outdoor plant utility pipework, insulated lines, and valves.

Greenfield Beverage Co-Packing

Initial Planning Basis
20M Cases / Year
Long-Term Planning Basis
80M Cases / Year

Capacity targets reflect the 2024/2025 planning basis. Confirm current operating capacity and project status for the latest project information.

View DPS Case Studies

The Next Conversation

Start With Your Product.
Plan What Comes Next.

Tell us what you make, what needs to change, and where your project stands. We’ll start with the questions that define the work.

Discuss Your Project