Case study

Pipeline Padding in France

France

Material Pipeline padding

Industry Pipeline Padding

Application Pipeline padding

Function Pipeline

Model ALLU D-Series

Problem

Excavated material unrefined cannot be used to backfill for pipeline padding. The customers costs were increasing to remove the material and bring in correct material to site.

Solution

The ALLU D-Series of screening buckets with TS drums for pipeline padding is an absolutely ideal addition to pipeline job sites worldwide. The unique ALLU TS structure enables two different fragment sizes from the same ALLU Screening Bucket, giving you more flexibility at the site. Due to TS’s self-cleaning design, you can be certain to get the best possible capacity even with wet and sticky materials. ALLU TS structure features various blade thicknesses, making the TS structure perfectly suited to the pipeline industry to screen, reuse, and recycle the excavated soil.

Benefit

The customer increased efficiency and reduced costs and time. As they do not need to bring in separate materials to the jobsite or take those materials away.

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Case study

ALLU Transformer Screener Crusher Backfilling Pipeline

Sweden

Material Soil

Industry Pipeline Padding, Screening

Application Pipeline padding

Function Pipeline padding, Screening

Model ALLU Transformer DSB 3-12 screener crusher with TS 25 blade setup

Problem

Pipeline required backfilling and refilling the pipeline with new material would have caused additional costs for the project.

Solution

 The excavated material from the pipe trench was screened back to the trench with the ALLU Transformer screener crusher and the original material was used as backfilling. The ALLU Transformer screener bucket was able to screen reusable material for pipeline backfilling, meaning no additional material costs.

Benefit

By re-using the material on site, there were no need to buy virgin material. ALLU Transformer screener bucket made the job efficient and saved on natural resources. The job site traffic was also minimized due to utilizing the existing material with only one machine.  

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