Self-Inflating Oil Containment Booms

NEO Boom is a strong, durable boom that combines the compactability of an air-inflated boom with all the benefits and strength of a boom having conventional foam flotation.  The product has been proven over years to be a cost-effective solution where storage space is limited but the application requires a durable containment boom. Ease of deployment, excellent wave conformity, and high buoyancy-to-weight ratios are key NEO Boom benefits.

NEO 2

Specifications
Overall height, in (cm) 10 (25.4)
Float freeboard, in (cm) 4 (10.2)
Skirt draft, in (cm) 25 (61.0)
Total tensile strength, lb (kg) 6,000 (2,722)

NEO 3

Specifications
Overall height, in (cm) 18 (45.7)
Float freeboard, in (cm) 6 (15.2)
Skirt draft, in (cm) 12 (30.5)
Total tensile strength, lb (kg) 6,000 (2,722)

NEO 4

Specifications
Overall height, in (cm) 18 (45.7)
Float freeboard, in (cm) 6 (15.2)
Skirt draft, in (cm) 12 (30.5)
Total tensile strength, lb (kg) 15,000 (6,804)

NEO 5

Specifications
Overall height, in (cm) 24 (60.1)
Float freeboard, in (cm) 6 (15.2)
Skirt draft, in (cm) 18 (45.7)
Total tensile strength, lb (kg) 17,500 (7,938)

NEO 6

Specifications
Overall height, in (cm) 24 (60.1)
Float freeboard, in (cm) 8 (20.3)
Skirt draft, in (cm) 16 (40.6))
Total tensile strength, lb (kg) 20,500 (9,299)

NEO 7

Specifications
Overall height, in (cm) 30 (76.2)
Float freeboard, in (cm) 10 (25.4)
Skirt draft, in (cm) 20 (50.8)
Total tensile strength, lb (kg) 20,500 (9,299)

NEO 8

Specifications
Overall height, in (cm) 36 (91.4)
Float freeboard, in (cm) 12 (30.5)
Skirt draft, in (cm) 24 (60.1)
Total tensile strength, lb (kg) 28,000 (12,701)

NEO 9

Specifications
Overall height, in (cm) 42 (106.7)
Float freeboard, in (cm) 14 (35.6)
Skirt draft, in (cm) 28 (71.1)
Total tensile strength, lb (kg) 42,000 (19,051)

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Case Studies

Project Overview
Construction sediments were contained within designated work zones during seismic and hydraulic upgrades at three reservoirs originally built in 1888. The project included demolition, installation of new tunnel liners, and the refurbishment or replacement of water management infrastructure. Frequent barge traffic was accommodated while maintaining water quality through the use of 9,150 feet of tapered Type 3 HD turbidity curtains.
Location
Upper & Lower Crystal Springs & San Andreas Reservoir, San Mateo County, California
Abasco Contribution
Product Design: manufacture & installation support
Project Overview
Contaminated sediments generated during hydraulic dredging were contained within multiple work zones using 3,400 feet of double-walled Type 3 HD turbidity curtains to effectively control and manage site turbidity.
Location
Northeast River
Abasco Contribution
Turbidity curtain design: manufacture and installation support
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