APOLLO AUTOMATIONJAMES WARREN · ENGINEERING & PROJECT LEADERSHIP

PRJ-A-027 · Food and beverage manufacturer

Nitrogen Dosing, Automated Microbulk Refill Station + Storage Tank Conversion

Owned the full lifecycle of this project, connecting capital planning, engineering, delivery and operating readiness. Nitrogen efficiency depended on storage, transfer and dosing behavior throughout the system. Improving one component without coordinating refill and control arrangements would leave other sources of loss in place.

Conceptual engineering visualization: Nitrogen Dosing, Automated Microbulk Refill Station+ Storage Tank Conversion
Conceptual engineering visualization · AI generated

Workstream: Chemical Dosing and Storage Modernization

The Operating Context

Operating Context

Nitrogen efficiency depended on storage, transfer and dosing behavior throughout the system. Improving one component without coordinating refill and control arrangements would leave other sources of loss in place.

Aligned bulk storage, cryogenic piping, microbulk refill, metering and dual-doser controls. Operating checks and SCADA data made the system observable, supporting the approximately 72 percent reduction in nitrogen loss through a coordinated storage and dosing approach.

Purpose & Engineering Scope

Purpose and Scope

Business Purpose

Reduced nitrogen loss by about 72 percent through bulk storage, cryogenic piping, and dual-doser control coordination.

Technical Scope

Chemical Dosing and SCADA Coordination

The Work & Its Outcomes

Work and Outcomes

Engineering Approach

  • Coordinated bulk storage and cryogenic piping.
  • Aligned microbulk refill, metering and dual-doser control.
  • Integrated operating checks and SCADA data.

Results, Targets & Design Context

  • Reduced nitrogen loss by about 72%.
  • The result is tied to the named storage, piping and dual-doser project.

Project Delivery & Execution

Capital Planning and Full Lifecycle Ownership

Owned the full project lifecycle, from capital planning through engineering, procurement, construction, commissioning and operating readiness.
Full lifecycle ownership

  • Project Ownership

    Full lifecycle project ownership

    Owned the full project lifecycle: capital planning and prioritization, need definition, feasibility and scope development, engineering and AFE justification, procurement and vendor coordination, construction sequencing and field oversight, commissioning, turnover, and post-startup support. Connected operating requirements with technical scope, funding decisions, execution readiness, and the needs of operations and maintenance.

Connected Activities

Recorded delivery responsibilities and activities

Owned capital planning and the full delivery lifecycle. The cards connect the applicable responsibilities with the recorded work.

Delivery Activities

Analytical Methods & Quantitative Decision Support

Financial and Capital Investment Analysis

Statistical Quality and Process Analytics

Optimization and Operations Research

Supply Chain and Inventory Analysis

Uncertainty, Reliability and Queueing

Production-Rate Driver Analysis

Quality Engineering and Structured Improvement

KPI Ownership and Performance Interpretation

Analytical Capability and Practical Application

Technical Systems Ownership

Bottling, Packaging and Format Conversion

Connected Activities

Conceptual engineering illustration: procurement logistics

TSK-000130 · Method

Coordinated Installation of the Combo Capper, Conveyors, Cap Elevator, Cryogenic Dosing Retrofit, Bulk Storage, Telemetry, SCADA Controls and Safety Interlocks, with Vendor-Supported Startup

Line 1 Capper, Conveyor, Cap Elevator, Cryogenic Dosing, and Bulk Nitrogen Modernization

Coordinate Capper and Closure-Handling SystemsAutomate Closure Feeding and Refill ControlsCoordinate Bulk Nitrogen and Dosing SystemsVerify Nitrogen Refill and Dosing ControlsVerify Packaging Functionality and Throughput
Case: Line 1 Capper, Conveyor, Cap Elevator, Cryogenic Dosing, and Bulk Nitrogen Modernization
Recorded application

Industrial Automation, Controls and OT Networks

Connected Activities

Bulk Transfer and Batch Control

Connected Activities

Conceptual engineering illustration: procurement logistics

TSK-000130 · Method

Coordinated Installation of the Combo Capper, Conveyors, Cap Elevator, Cryogenic Dosing Retrofit, Bulk Storage, Telemetry, SCADA Controls and Safety Interlocks, with Vendor-Supported Startup

Line 1 Capper, Conveyor, Cap Elevator, Cryogenic Dosing, and Bulk Nitrogen Modernization

Coordinate Capper and Closure-Handling SystemsAutomate Closure Feeding and Refill ControlsCoordinate Bulk Nitrogen and Dosing SystemsVerify Nitrogen Refill and Dosing ControlsVerify Packaging Functionality and Throughput
Case: Line 1 Capper, Conveyor, Cap Elevator, Cryogenic Dosing, and Bulk Nitrogen Modernization
Recorded application

Electrical Power and Hazardous-Area Interfaces

Connected Activities

Chemical Storage, Dosing and Treatment

Connected Activities

Conceptual engineering illustration: procurement logistics

TSK-000130 · Method

Coordinated Installation of the Combo Capper, Conveyors, Cap Elevator, Cryogenic Dosing Retrofit, Bulk Storage, Telemetry, SCADA Controls and Safety Interlocks, with Vendor-Supported Startup

Line 1 Capper, Conveyor, Cap Elevator, Cryogenic Dosing, and Bulk Nitrogen Modernization

Coordinate Capper and Closure-Handling SystemsAutomate Closure Feeding and Refill ControlsCoordinate Bulk Nitrogen and Dosing SystemsVerify Nitrogen Refill and Dosing ControlsVerify Packaging Functionality and Throughput
Case: Line 1 Capper, Conveyor, Cap Elevator, Cryogenic Dosing, and Bulk Nitrogen Modernization
Recorded application
Technical scope and recorded applications

Bottling, Packaging and Format Conversion

Coordinated fillers, cappers, pasteurizers, conveyors and packaging equipment with line layouts, utility connections and controls. Format changes included bottle and closure geometry, molds, change parts, sourcing and changeover readiness. Production flow, sanitation, safety and startup requirements shaped the complete line scope.

Applied Activities

Conceptual engineering illustration: procurement logistics

Method

Coordinated Installation of the Combo Capper, Conveyors, Cap Elevator, Cryogenic Dosing Retrofit, Bulk Storage, Telemetry, SCADA Controls and Safety Interlocks, with Vendor-Supported Startup

Applies capabilities

Verify Packaging Functionality and ThroughputCoordinate Capper and Closure-Handling SystemsAutomate Closure Feeding and Refill ControlsCoordinate Bulk Nitrogen and Dosing SystemsVerify Nitrogen Refill and Dosing Controls
Case: Line 1 Capper, Conveyor, Cap Elevator, Cryogenic Dosing, and Bulk Nitrogen Modernization

Chemical Storage, Dosing and Treatment

Storage and dosing systems were treated as connected processes involving tanks, piping, metering, refill arrangements, instrumentation and control verification. Nitrogen modernization linked cryogenic handling with packaging demand; cooling-water treatment linked chemical feed and bleed control with the performance and maintainability of the utility system.

Applied Activities

Conceptual engineering illustration: procurement logistics

Method

Coordinated Installation of the Combo Capper, Conveyors, Cap Elevator, Cryogenic Dosing Retrofit, Bulk Storage, Telemetry, SCADA Controls and Safety Interlocks, with Vendor-Supported Startup

Applies capabilities

Verify Packaging Functionality and ThroughputCoordinate Capper and Closure-Handling SystemsAutomate Closure Feeding and Refill ControlsCoordinate Bulk Nitrogen and Dosing SystemsVerify Nitrogen Refill and Dosing Controls
Case: Line 1 Capper, Conveyor, Cap Elevator, Cryogenic Dosing, and Bulk Nitrogen Modernization
Additional technical detail
Explore 5 detail records
  • Competency and project record

    Bulk storage, cryogenic piping, automated refill, dual-doser controls; About 72% nitrogen-loss reduction

  • Sanitary and aseptic: Project mapping

    PRJ-A-027 | Nitrogen Dosing, Automated Microbulk Refill Station and Storage Tank Conversion | classification ASEPTIC_OR_HYGIENIC_PRODUCT_PROCESSING

  • Benefit validation plan

    Use storage telemetry, supplier invoices and usage per production unit to evaluate nitrogen loss and vent-off changes.

  • Primary project risk

    Delivery / Execution.

  • Project governance scope

    Capital authorization, supplier coordination, QA/QC, commissioning planning and benefit verification.

Project Activities

Project Measures

Workstream Portfolio Rollup

13,500,000 USD

Chemical Dosing and Storage Modernization

Recorded workstream portfolio reference. This is the workstream-level value and is not a project expenditure or a new total of reassigned projects.

Measure or outcomeValue or resultMeaning and operating scope
Shared nitrogen and dosing benefitApproximately $90,000/yearShared with the capper and bulk-nitrogen integration scope; it is not an additional $90,000 annual benefit.
Recorded outcomeReduced nitrogen loss by about 72%.Nitrogen Dosing, Automated Microbulk Refill Station + Storage Tank Conversion
Recorded outcomeThe result is tied to the named storage, piping and dual-doser project.Nitrogen Dosing, Automated Microbulk Refill Station + Storage Tank Conversion

Explore the Case Studies

Portfolio Artifact Index

Related analysis and application artifacts
All portfolio connections
All portfolio connections (27)
Connected collections
Project delivery & execution ↗Technical systems ownership ↗Analytical methods & quantitative decision support ↗

Workstream & Initiative

Manufacturing Facility Implementations

Related facility implementations are part of this project. Their operating conditions, equipment and interfaces are considered within the same project lifecycle.

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