Anti-detonation, fireproof, insulating and noise reduction ocean platform bulkhead structure

Abstract

The invention provides an anti-detonation, fireproof, insulating and noise reduction ocean platform bulkhead structure which comprises a pair of sandwich plates which are arranged in parallel in an up-and-down mode and a shock resistance structure. The shock resistance structure comprises upper trapezoid sets and lower trapezoid sets which are respectively composed of three leaf springs. Damping materials are arranged between the upper trapezoid sets and the lower trapezoid sets. The adjacent upper trapezoid sets and the lower trapezoid sets are connected through damping springs. The upper trapezoid sets and the lower trapezoid sets are filled with first stuffing. Each sandwich plate comprises a pair of upper skin plate and lower plate which are arranged in parallel, and the outer surfaces of the skin plates are coated with insulating layers, wherein a laminboard is arranged between the two skin plates, and the gaps between the laminboard and the skin plates are filled with second stuffing. The anti-detonation, fireproof, insulating and noise reduction ocean platform bulkhead structure has the advantages of being capable of resisting detonation and fire, insulating, capable of reducing noise, simple in structure, capable of facilitating coating construction and quality inspection, short in construction time, suitable for rush repair and the like.

Description

technical field [0001] The invention belongs to the field of ocean engineering, in particular to a bulkhead structure of an ocean platform. Background technique [0002] With the development of the world economy, onshore oil and gas resources are basically exhausted, while oceans are rich in oil and gas resources, and the focus of human resource development has shifted to the ocean. Offshore oil and gas exploitation must rely on offshore platforms. As we all know, offshore oil and gas development has the characteristics of high investment, complex technology, difficult construction, harsh operating environment and many random factors. As the infrastructure for the development of offshore oil and gas resources, offshore platforms have been in complex and harsh marine environments for a long time. In addition to normal working loads and environmental loads, they are often affected by risk loads (explosions, fires, collisions, etc.). The risks mainly come from the defects of ...

AI Technical Summary

Problems solved by technology

Although this method can effectively prevent the deformation and damage of the bulkhead caused by the explosion, when an accident occurs, the bulkhead does not have a good buffer area and cannot achieve a good shock absorption effect, and it cannot meet the requirements of explosion resistance and fire protection during daily service. , insulation, noise reduction and other multiple functions

The existing bulkheads have deficiencies in explosion resistance, fire prevention, insulation, noise reduction, and shock absorption during high-energy impacts, which need to be further improved.

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