90m3/H Barge-Mounted Concrete Mixing Plant

Product Description

90m3/h barge-mounted concrete mixing plant


In the realm of marine construction and offshore projects, specialized equipment like floating concrete mixing plants, floating concrete batching plants, and tug-mounted concrete batching plants have emerged as innovative solutions to meet the challenges of on-site concrete production in aquatic environments. These mobile systems combine cutting-edge engineering with marine adaptability, offering unique benefits for large-scale infrastructure projects. 
Key Features of Marine FOCUS Concrete Batching Plants
Modular & Mobile Design:
Floating concrete batching plants are typically installed on barges or pontoons, enabling easy relocation across water bodies. Similarly, tug-mounted concrete batching plants integrate compact batching systems onto tugboats or vessels, combining mobility with operational flexibility. Both designs eliminate the need for permanent land-based infrastructure.
Marine-Grade Durability:
Built to withstand harsh marine conditions, these plants feature corrosion-resistant materials, waterproof electrical systems, and stabilized foundations to ensure reliable performance in saltwater environments.
On-Demand Production:
Equipped with advanced automation, these systems enable precise mixing of concrete batches directly at project sites, reducing material waste and ensuring consistent quality.
Space Efficiency:
Floating concrete mixing plants optimize limited deck space with vertical material storage (aggregates, cement) and streamlined conveyor systems. Tug-mounted variants prioritize compactness for maneuverability in confined waterways.
Adaptability to Remote Locations:
Ideal for island construction, offshore wind farms, or bridge projects, these plants operate independently of shore-based facilities, making them indispensable for remote or hard-to-access areas.
Rapid Deployment:
Tug-mounted concrete batching plants, in particular, can be quickly mobilized to emergency repair sites (e.g., damaged ports or seawalls) due to their self-propelled mobility.
Scalability:
Floating concrete mixing plants can be scaled up by linking multiple barges, accommodating large-volume projects like artificial islands or submarine tunnel construction.

FOCUS Belt Conveyor Series Ready mixed Concrete mixer boat Technical Parameters

model	HZS60	HZS90	HZS120	HZS180	HZS240
Theoretical output(m³/h)	60	90	120	180	240
Mixer model	JS1000	JS1500	JS2000	JS3000	JS4000
Output per batch(m³)	1	1.5	2	3	4
Aggregate batcher	PLD2400	PLD2400	PLD3200	PLD4800	PLD6400
Total power(KW)	110	145	160	205	340
Aggregate weighing accuracy(%)	(0-3000)kg±2%	(0-4000)kg±2%	(0-4500)kg±2%	(0-4500)kg±2%	(0-6000)kg±2%
cement weighing accuracy(%)	(0-600)kg±1%	(0-1000)kg±1%	(0-1200)kg±1%	(0-1800)kg±1%	(0-2400)kg±1%
water weighing accuracy(%)	(0-400)kg±1%	(0-400)kg±1%	(0-600)kg±1%	(0-800)kg±1%	(0-1000)kg±1%
fly ash weighing accuracy(%)	(0-400)kg±1%	(0-400)kg±1%	(0-600)kg±1%	(0-800)kg±1%	(0-700)kg±1%
additive weighing accuracy(%)	(0-40)kg±1%	(0-40)kg±1%	(0-50)kg±1%	(0-50)kg±1%	(0-120)kg±1%
Discharge height(m)	3.8-4.2
Max. aggregate dia.(mm)	80-100
Cement silo and screw conveyor	On request
Total weight (ton)	46	60	71	87	112
Overall dimension(LxWxH)(m)	33.8x14.8x19.4	38x16x19.4	44x18x19.4	58.5x23.5x22	60x25x22

Application Areas
Offshore Energy Infrastructure:
Floating concrete batching plants are pivotal in constructing foundations for offshore wind turbines, oil platforms, and tidal energy installations, where on-site concrete casting is essential.
Port & Coastal Development:
Tug-mounted plants excel in repairing docks, breakwaters, and seawalls, providing agile support for maintenance and expansion projects without disrupting maritime traffic.
Bridge & Tunnel Construction:
These systems enable continuous concrete supply during the building of submerged tunnels, bridge piers, and causeways, particularly in deep-water environments.
Disaster Recovery:
In flood-affected regions or post-typhoon scenarios, mobile batching plants facilitate rapid reconstruction of damaged infrastructure.
Artificial Island Projects:
Large-scale floating concrete mixing plants have been deployed in land reclamation initiatives, such as those in the South China Sea and the Middle East, to produce massive volumes of concrete for stabilization and paving.