دلو التكسير من شركة MOTEK في خطوط الأنابيب المخصصة للتربة الناعمة
موعد الإصدار: 2024-12-16
How are MOTEK screening and crushing buckets applied to fine soil pipeline backfilling operations?
During fine soil pipeline backfilling, MOTEK screening and crushing buckets can perform on-site screening and crushing of backfill materials, ensuring uniform particle size, thereby improving backfill compaction and construction quality.
How to choose the appropriate equipment model?
MOTEK MT317 screening bucket is designed for medium- to high-intensity operations and has a high screening capacity. Its processing efficiency can reach 50–80 cubic meters per hour, with a daily processing capacity of approximately 400–640 cubic meters, which can meet the continuous operation needs of large-scale pipeline backfilling projects.
مشكلة:
أثناء إنشاء خطوط أنابيب النفط والغاز، توجد أقسام خاصة: مثل أقسام الحصى، وأقسام خليط التربة والصخور، وأقسام التربة المجمدة، وما إلى ذلك، حيث لا توجد مواد ردم للتربة الناعمة. إذا تم استخدام طريقة الاستبدال، فإن تكلفة الحصول على مواد الردم تكون عالية جدًا.
حل:
For the problem of fine soil backfill in pipelines, there is an effective solution by using screening bucket for excavator, as follows:
1. تمشي الحفارة مع دلو الغربلة بجانب خط الأنابيب؛
2. استخدم دلو فحص التربة لالتقاط التربة الأصلية مباشرة؛
3. يضغط السائق على صمام القدم الموجود في الكابينة لبدء تشغيل ملحق دلو الغربلة وغربلة التربة الدقيقة مباشرة في الخندق؛
4. يمكن نقل التربة المتبقية في دلو غربلة الحفارة بعيدًا أو استخدامها كتربة ردم في الجزء العلوي من الخندق.
مزايا دلو الغربلة والسحق من شركة MOTEK:
– كفاءة عمل عالية لدلو الغربلة والسحق MOTEK:
* إن أفضل دلو للغربلة MT312 مناسب للحفارات التي يتراوح وزنها بين 20 إلى 25 طنًا، مع سعة دلو تبلغ 1.2 متر مكعب؛
*It processes 50-80m³ per hour and 400-640m³ per day;
*Based on the backfill volume of 1m³ of landfilled trench, 400 to 640 meters of trench can be backfilled every day.
– فوائد دلاء الفحص MOTEK:
MOTEK hydraulic screening bucket can process soil directly at the construction site, reducing the need for soil transportation, reducing costs and time. Effectively separate stones, debris, etc. from the soil to ensure the uniformity and stability of backfill materials. Using hydraulic excavator screening bucket can reduce damage to the environment because it reduces the transportation and re-excavation of soil. The screening bucket excavator can ensure that the soil meets the requirements and improve the quality and safety of pipeline construction. Using hydraulic excavator screening bucket can reduce damage to the environment because it reduces the transportation and re-excavation of soil. The screening bucket excavator can ensure that the soil meets the requirements and improve the quality and safety of pipeline construction.
FAQ About Screening Bucket Used In In Fine Soil Pipelines Filling：
1. How to use a screening crusher bucket to prepare fine soil for pipe backfilling?
Use the screening crusher bucket to crush and sieve the soil on-site, removing large clumps and debris, ensuring the soil is uniform and suitable for compacting around pipes.
2. How to ensure the soil processed by the crusher bucket meets backfilling standards?
Check the particle size after screening, remove oversized debris, and verify moisture content to ensure compaction quality and prevent future settlement around the pipeline.
3. How to operate the screening crusher bucket efficiently for pipeline backfill?
Operate at a consistent speed, avoid overloading, and move methodically along the trench to crush and sieve soil evenly, ensuring a uniform backfill layer.
4. How to handle excess debris when using a crusher bucket for fine soil?
Collect oversized rocks and foreign objects removed during screening, and either reuse them elsewhere or dispose of them properly to prevent obstruction or damage to the pipe.
5. How to maintain the crusher bucket during pipe backfilling work?
Regularly check the bucket’s teeth, screens, and hydraulic connections; clean after each section to prevent clogging and ensure continuous, efficient operation.