Understanding Collaborative Returnable Packaging Management with Suppliers- Scenario Overview

Objective

After completing this lesson, you will be able to develop an in-depth understanding of collaborative returnable packaging management with suppliers

Introduction

Managing returnable packaging materials involves controlling and supervising the lifecycle of packaging materials that are intended for reuse. This includes tasks such as the following:

  • Master Data Management
  • Inventory Management
  • Tracking
  • Rental Fees Calculation and Invoicing
  • Planning and Replenishment
  • Collaboration with Suppliers and Customers
Diagram illustrating the flow of serialized and non-serialized containers between supplier, packaging manager, and customer. The supplier delivers packaged goods to the packaging manager, who then delivers them to the customer. Both supplier and customer return or replenish empty containers back to the packaging manager. Five returnable packaging management features are listed at the bottom: Returnable Account Management, Returnable Packaging Planning, Returnable Packaging Rentals, Collaboration via Portal Apps, and Packaging Standards & Agreements.

In this system, packaging materials are continuously returned and exchanged between the production plant, designated as the partner location, and the customer or supplier, designated as the exchange partner.

Closed-Loop Returnable Packaging Management with Suppliers- Overview

The management of returnable packaging materials in a closed-loop system with suppliers typically involves the following activities:

  • Replenishing empty packaging materials to the supplier.

    This activity involves the collaboration of two personas:

    • Packaging Planner: Responsible for initiating the process and verifying the accurate updating of stock data.
    • Shipping Specialist: Responsible for preparing and executing the shipment.
  • Receiving packaged components from suppliers.
    • Warehouse Clerk: Responsible for creating the handling units in the system, verifying the received components, and confirming the goods receipt.
Diagram showing the flow of empty and full packaging between a supplier and a production plant. The cycle is depicted by a dashed purple line. Empty packaging moves from the production plant to the supplier, while full packaging moves from the supplier to the production plant. The center section shows an area divided into Empty packaging and Full packaging sections.
  • Initiate the process of replenishing empty packaging to the supplier.
  • Verify that the stock balance has been accurately updated.
  • Receive packed goods from supplier.
  • Check that the inventory of packaging material is updated at both the supplier's location and customer’s plant.
  • Compare internal postings with exchange partner.

In more advanced scenarios, returnable packaging materials might be routed to repair or cleaning centers for necessary maintenance before being reintroduced into the loop. Additionally, it is common to engage a service provider responsible for managing the returnable packaging materials. This service provider plays a central role in transporting and dispatching the returnable packaging materials to different suppliers.

Closed-Loop Returnable Packaging Management with Suppliers

Replenishing Empty Packaging Material to Suppliers

  • Process Step Description

    This step involves sending the empty packaging to the supplier to ensure an adequate supply of containers for fulfilling the delivery schedule in upcoming periods. Typically, the packaging planner on the customer side initiates this step, as he has visibility into the supplier's delivery schedule and an overview of the packaging stock throughout the supply chain. In case of a potential shortage, the supplier may proactively initiate the replenishment process by ordering additional packaging materials from the customer.

  • Process Step Execution
    • The packaging planner reviews the available stock of packaging materials on the supplierside and evaluates the coverage based on the supplier's delivery schedule. Various planning strategies can be applied to perform this evaluation. If a shortage is identified, a sales order for the packaging material will be generated to initiate the replenishment process.
    • The shipping specialist creates an outbound delivery with reference to the sales order and handles it like any standard shipment. This includes printing the bill of loading and providing the shipping documents to the truck driver. The process step concludes with the posting of the goods issue. This generates a material document in the ERP system to reduce the stock of packaging material.
  • Result

    The material document generated through the goods issue posting will reduce the stock of packaging material in the plant while simultaneously decreasing the account balance in the supplier's account.

  • Challenges

    Failure to trigger replenishment at the right time or entering incorrect quantities of packaging material in the delivery can jeopardize the process. Additionally, exceptions may arise in day-to-day business, such as lost or damaged packaging materials. Module 2 provides a detailed explanation of how efficient collaboration with suppliers can help address the challenges.

Diagram showcasing two SAP apps. On the left, the App Manage Returnable Packaging Account in SAP RPM is displayed, showing detailed account information, replenishment details, and exchange partner information. An arrow points from this app to the right, indicating a link to the App Manage Sales Order in SAP S/4HANA, which displays information related to sales orders.

Receiving Packaged Components from Suppliers

  • Process Step Description

    The supplier uses the empty packaging received from the customer to pack the produced components and build handling units for shipping. These handling units are then received by the customer and can be transported either to the warehouse or directly to the production lines.

  • Process Step Execution

    To execute the reception of packaged components, the warehouse clerk initiates the creation of handling units in the system. This task is typically automated when the supplier sends an advanced shipping notification containing the handling unit information as an EDI message. Once the packaged components are physically received and verified, the warehouse clerk confirms the reception in the system by posting the goods receipt. This action increases the stock of components and packaging materials within the system.

  • Result

    The material document generated by the posting of the goods receipt will increase the stock of packaging material in the plant and increase the account balance in the supplier's account.

  • Challenges

    Any discrepancies between the notified quantity in the advanced shipping notification and the actual quantity received can result in stock inaccuracies, potentially affecting the planning process. Module 2 offers a comprehensive explanation of the processes implemented to effectively address these challenges.

The image shows two screenshots from SAP applications. On the left, there is the Display Inbound Delivery (VL33N) app in S/4HANA, showing a list of delivery documents and details such as times and reference values. On the right, there is the Manage Posting Documents app in RPM, depicting detailed delivery information like delivery note number, inventory document number, and other reference data. An arrow connects the specific delivery details in the S/4HANA app to the corresponding delivery details in the RPM app.

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