Logistics Concept for a Chemical Industry Production Site

Delivery, storage, transport, collection and time slot planning for chemical products

For a production site in the chemical products sector, INOPCO developed a site-specific logistics concept. The focus was on systematic evaluation of material flows, transport modes, storage requirements, loading points, time slots, capacity limits and operational processes.

The concept was intended to provide a robust structure for the future delivery and collection of raw materials, auxiliary materials, sidestreams and finished products. In addition to efficiency and operational workflow, material-specific characteristics, documentation obligations, dangerous goods aspects, infrastructure limits, noise and immission control considerations as well as approval-related requirements were taken into account.

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Project Profile

Logistics concept for chemical production
Delivery, collection, storage and transport
Material analysis with material group clustering
Capacity, volume and route analysis
Consideration of immission control and approval-related aspects

Project Task

The logistics concept had to be evaluated not only in terms of quantities and capacities. The key issue was the connection between material properties, transport mode, operating hours, loading infrastructure, safety requirements and approval-related framework conditions.

Materials and Quantities

Listing of raw materials, auxiliary materials, sidestreams and finished products with quantity-based evaluation.

Transport Modes

Creation of a transport mode and material group matrix for structured evaluation of logistics routes.

Time Slots

Assessment of delivery, collection, loading and unloading times in relation to operational workflows.

Compliance

Classification of documentation obligations, dangerous goods aspects, immission control and approval-related issues.

mass balance for a logistics concept in the chemical industry

Material Analysis as the Basis for Logistics Planning

Raw materials, auxiliary materials, sidestreams and finished products were systematically structured

A key step was the structured recording of the materials used. For logistics planning, quantities, mass balances, transport-relevant properties, storage quantities and process-related requirements were brought together.

Materials with comparable properties were clustered into material groups. This allowed transport modes, intermediate storage demand, documentation obligations and specific requirements for handling, storage and collection to be systematically evaluated.

Planning benefit: The mass and material flow analysis formed the basis for a robust evaluation of logistics volume, capacities and site infrastructure.

Transport Mode and Material Group Matrix

From material group to suitable transport and loading logic

A transport mode and material group matrix was developed for the logistics assessment. It assigned suitable transport modes, loading processes, documentation requirements and relevant operational boundary conditions to the individual material groups.

On this basis, network analyses, route analyses, time slots, loading and unloading zones as well as required intermediate storage capacities could be derived in a transparent way. At the same time, impacts on operating hours, process requirements and site capacities were evaluated.

Specific feature: Limit value, scenario and worst-case assessments were included to enable robust conclusions for site operation.

Transport mode and material group matrix for a logistics concept in the chemical industry

Methodology

The concept was developed step by step from current-state assessment, material analysis, logistics evaluation, capacity assessment and coordination with project stakeholders.

1. Assess the Site

Recording of the current situation, planned operation, loading points, scales, gates and operational workflows.

2. Form Material Groups

Listing, clustering and evaluation of materials based on quantities, properties, storage quantities and transport relevance.

3. Derive Logistics

Transport matrix, network analysis, routes, intermediate storage, space requirements and loading and unloading zones.

4. Check Infrastructure

Assessment of capacities, time slots, traffic areas, measuring systems, loading systems and site limits.

5. Evaluate Risks

Integration of immission control, noise protection, dangerous goods aspects, documentation obligations and approval-related issues.

6. Document Results

Preparation of results in interim and final presentations as well as digital compilation of documentation.

Time slot planning and site delivery for a logistics concept in the chemical industry

Site Logistics Between Efficiency and Approval Capability

Capacities, infrastructure, time slots and immission control had to be considered together

The technical challenge was to align the planned operational workflows with the actual site infrastructure. Loading points, gates, scales, waiting zones, routes, loading and unloading areas as well as intermediate storage areas had to be evaluated in such a way that low-disruption operation remains possible.

At the same time, the logistics concept had to work not only internally, but also take external requirements into account. These included noise and immission control aspects, capacity limits, material-specific requirements, documentation obligations and approval-related boundary conditions.

Result: A robust logistics concept with material groups, transport matrix, mass balance, capacity and volume planning, route analysis, time slots, intermediate storage demand and documented development options.