OC-Tech
OC-tech VESSELS
All the OC-TECH boats are catamaran-type vessels and are highly profitable and ecological business tools because they are as versatile as Swiss army knives, operating in port, coastal or river environments:
- As a work vessel, the OC-TECH is perfect for transporting people or cargo, placing barriers or supplying ships, thanks to its wide diaphanous roof.
- As a cleaning vessel, the OC-TECH collects pollutants and floating marine debris separately thanks to its patented cleaning system.
The OC-TECH vessel can be sized and fitted with tools according to the needs of the client.
All OC-TECH vessels are equipped to collect oil spills, microalgae or microplastics and remove any floating marine debris such as plastic waste and packaging, as well as store the pollutants and litter collected from the sea separately and continuously.
The first OC-TECH models that are being built are the OC-TECH HORIZON and the OC-TECH HABITAT.
Both are catamaran-type vessels built in aluminium, classified as Group III, class T (offshore port service vessel), with motor propulsion, designed to carry out oil cleaning operations and solid waste collection.
Fitted to navigate and operate in open waters up to 20 miles from harbour and with waves up to one meter in height.
OC-TECH HORIZON
MULTITASK
The vessel will be used to clean up pollutants and floating marine litter, as a tool to carry out R&D projects and environmental studies, as well as for on-deck transport of pallet cargo or as a loading platform for maritime works.
OC-TECH HORIZON Specifications
- Total length 11.65 m
- Beam 5.00 m
- Maximum draft 1.00 m
- Summer freeboard 1.00 m
- Maximum load displacement 19.4 tn
- Length between perpendiculars 10.74 m
- Height 2.00 m
- Scantling draft 1.00 m
- Deck capacity 18 American pallets (120 x 100 cm)
- Gross tonnage 15 GT
OC-TECH HORIZON PROPULSION
2 CUMMINS QSB6.7-250 Heavy Duty engines (5000 hours per year). Rating: 250 mhp at 2600 rpm Heavy Duty (5000 hours per year, 2 years warranty for professional use).
OC-TECH HORIZON EXTRA FEATURES
Marine barriers to contain spillages, sea crane, solid waste collection deposit, diving platform, floating auxiliary tank.
OC-TECH HABITAT
MULTITASK
This vessel will be used for marine habitat monitoring, cleaning pollutants and floating marine litter, as a tool for conducting oceanographic studies, as well as for on-deck transport of pallet cargo.
OC-TECH HABITAT Specifications
- Total length 10.40 m
- Beam 4.50 m
- Maximum draft 0.60 m
- Summer freeboard 1.00 m
- Maximum load displacement 10.89 tn
- Length between perpendiculars 9.94 m
- Height 1.60 m
- Scantling draft 0.70 m
- Deck capacity 12 American pallets (120×100 100 cm)
- Gross register tonnage: 12.26 GRT
OC-TECH HORIZON PROPULSION
2 John Deere 4045TFM50 40 HP propulsion engines.
OC-TECH HORIZON EXTRA FEATURES
ROV, marine spill containment barriers, sea crane, continuous solid waste collection, diving platform, habitat monitoring platform on the bridge, floating auxiliary tank.
COMPARISON CHART
OC-Tech Horizon vs OC-Tech Habitat
RIO VESSEL: RIVER-TECH
Features | OC-TECH HORIZON | OC-TECH HÁBITAT |
---|---|---|
Material | Aluminum | Aluminum |
Classification Work vessel | Group III, class T | Group III, class T |
Total length |
11,65 m | 10,40 m |
Beam | 5,00 m | 4,50 m |
Maximum draft | 1,00 m | 0,60 m |
Summer freeboard | 1,00 m | 1,00 m |
Maximum load displacement |
19,4 tn | 10,89 tn |
Length between perpendiculars |
10,74 m | 9,94 m |
Height | 2,00 m | 1,60 m |
Scantling draft | 1,00 m | 0,70 m |
American pallet load capacity (120×100 cms) | 18 | 12 |
Gross register tonnage | 15 GT | 12,26 TRB |
Propulsion | 2 CUMMINS QSB6.7-250 engines | 2 JOHN DEERE 4045TFM50 engines |
Power | 2 x 250 HP engines | 2 x 150 HP engines |
OC-TECH cleaning system |
YES |
YES |
OC-TECH concentrator system |
YES |
YES |
Waste cleaning system | Up to 3 knots | Up to 3 knots |
Continuous solid waste collection |
YES
|
YES
|
Sea crane | YES | YES |
Habitat monitoring platform | NO | YES |
Diving platform |
YES | YES |
Marine containment barriers | YES | YES |
ROV | NO | YES |
Floating auxiliary tank | YES | YES |
Patented Project
This work vessel can be sized and fitted with tools according to the needs of the client.
RIVER-TECH vessels are designed to collect and remove any floating marine litter from rivers, such as floating plastic waste and packaging, and are also equipped to combat invasive river plants such as water lilies or river hyacinths with units specially devised to deal with invasive aquatic plants.
Estimated specifications | PATENTED RIVER-TECH PROJECT |
---|---|
Material | Fibreglass |
Work vessel | YES |
Total length | 10 m |
Beam | 5,00 m |
Power | 2 x 75 HP engines |
Loading capacity | 20 Tn |
Cleaning speed | 1 Knot |
Floating marine waste collection band | YES |
Floating marine waste treatment system | YES |
Floating marine waste retrieval system | YES |
Invasive aquatic plant collection band | YES |
Invasive aquatic plant treatment system | YES |
Invasive aquatic plant retrieval system | YES |
Contact us
If you need more information, you can contact us by:
Centros de Empresas CEEI
Oficina 111
Calle Manantial, 13
El Puerto de Santa María
11500 Cádiz – Spain
+34 663 737 385
+34 696 698 821
+34 661 927 763
info@oceancleaner.es
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European Union
European Regional Development Fund
Ocean Cleaner Technology, S.L, within the framework of the ICEX Next Program, has had the support of ICEX and
with co-financing from the European ERDF fund. The purpose of this support is
contribute to the international development of the company and its environment.
A way to make Europe
European Union
Ocean Cleaner Technology has been a beneficiary of the European Regional Development Fund, whose objective is to achieve a more competitive business fabric and thanks to which has gone to the commercial mission to NorShipping - Oslo, to promote its internationalization. This action took place in June 2019. For this, it has had the support of the International Promotion Program of the Chamber of Commerce of Spain.
A way to make Europe
H-2020
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 783773 - OC-TECH