 | Download PDF presentation |
• Geological survey of the seabed, deep-water zones of the World Ocean
• Mineral exploration
• Monitoring of environment
• Searching for and examination of different underwater objects
• Engineering-geological studies of bottom soils
Applicable methods:
• Seismic investigations
• Combined sonar and profilograph surveys of the seabed (up to depths of 6000 metres)
• Long-range sonar surveys with the swath up to 24 km
• Photo-television survey of the seabed with using of ROV
• Hydromagnetic surveys
• Study of hydrophysical and hydrochemical parameters of water column by way of water sampling and chemical analysis
• Geological sampling with simultaneous photo and television monitoring
• Sampling with using of dredge, box sampler, gravity sampling tube and box-corer
• Determinations of physico-mechanical characteristic of the sediments and bottom core mate-rials
Main characteristics
of the Research Vessel «Professor Logachev»(2016)
|
|
12883Ì |
|
|
Russia |
|
Port of registration |
Saint-Petersburg |
|
Call sign |
UADZ |
|
Ship class |
KM L2 [1] AUT2 special purpose ship |
|
Class number |
8934591 |
|
ID number |
8834691 |
|
Date/Place of build |
1991/ Nikolayev (Reconstructed 2016/Saint-Petersburg) |
|
Length, ì |
104.5 |
|
Width, ì |
16 |
|
Draught, ì |
5.8 |
|
Registered tonnage (gross weight/net), t |
4504/1351 |
|
Displacement (light/full), t |
3900/5620 |
|
Full travel speed, knots |
13.5 (2 engines)/ 10.0 (1 engine) |
|
Cruise speed, knots |
8.0 (1 engine) |
|
Cruise range, nm |
21000 |
|
Fresh water capacity, m3 |
64.8 |
|
Fuel capacity, t |
1200 (MGO DMA, sulfur less than 0.1%)/48.1(oil) |
|
Autonomy, days |
70 |
|
Main engines (type/power) |
2 x 6×Í40/46-ÎÌ4 /3500 hp each (Russia) |
|
Auxiliary azimuth thruster (type/power) |
GRA1350, 500 kW, (Holland, 2015) |
|
Autopilot |
NAVIPILOT 4000 |
|
Radar stations |
ECAT2 253 X-band Sperry ECAT2 252 S-band Sperry |
|
NAVTEX system |
NT-1800JMS |
|
Automated information system |
Ò-105 |
|
Mapping system (ECDIS) |
NAVI-Sailor NS4000 ECDIS MFD |
|
Communication stations |
VSAT SeaTel - 9707D-70 (2016 ã.), Inmarsat Fleet250. |
|
GMDSS complex |
FELCOM-12 FURUNO (Japan) |
|
Receiver-indicator |
DGPS/DGLONASS T701, DGPS Trimble SPS 351 |
|
Gyro-compass |
Navigat, Octans IV |
|
Induction log |
Skipper DL 850 |
|
Navigational echosounder |
Skipper Elektronics CDS 101 |
|
Hydrographic echosounder |
ATLAS Hydrosweep MD/30 1°õ1° (Germany, 2015) |
|
Movement control system |
ASUD-5 (Ðîññèÿ) |
|
Life-saving equipment - lifeboats - rafts ÏÑÍÑ-20 - rafts ÏÑÍ-10Ì - life jackets |
2 x 35 pers. 2 õ 20 pers. 6 x 10 pers. 101 |
Scientific equipment
Towed side scan sonar ÌÀÊ-1Ì-1
|
Type |
ÌÀÊ-1Ì-1 |
|
Manufacturer |
State Science Center Federal State Unitary Enterprise “Yuzhmorgeologiya” (Russia) |
|
Deck part |
1 |
|
Underwater part |
2 |
|
Registration format |
SEG-Y |
|
LF sonar operational frequency |
34 kHz |
|
HF sonar operational frequency |
120 kHz |
|
Sub-bottom profiler operational frequency (ÀP) |
4 kHz |
|
Swath for each board of LF side-scanning sonar |
500-1250 m |
|
Swath for each board of HF side-scanning sonar |
50-300 m |
|
AP survey range |
to 100 m |
|
Operational depth |
to 6000 m |
|
Auxilliary channels |
Registration of natural electric field |
Sea-bed vehicle of the ÌÀÊ-1Ì complex
Depressor of ÌÀÊ-1Ì complex
Oceanographic research tool
|
Type |
SBE 911 plus/SBE 32 Carousel/ADCP |
|
Manufacturer |
Sea Bird Electronics (ÑØÀ) |
|
Operational depth |
to 6000 m |
|
Number of bathometers |
12 x 5 l |
|
Sensors installed |
Temperature, salinity, turbidity, pressure, methane, flow |
Underwater navigation system
|
Type |
HiPap 101 |
|
Manufacturer |
Kongsberg (Norway) |
|
Performance modes |
USBL, |
|
Maximum inclined range |
10000 m |
|
Evaluation precision |
0,2 % of depth;
|
|
Correlation signal/noise |
20 dB |
|
Beam width |
120 degrees |
|
Type of antenna |
Hull-mounted |
|
Level of radiation signal |
180 dB |
|
Operational frequency |
13 – 15,5 kHz |
|
Launching and lifting gear |
to 3,5 m. |
Hull-mounted antenna of HiPap 101 complex
Remotely operated underwater vehicle (ROV)
|
Type |
SubFighter 30k |
|
Manufacturer |
Sperre (Norway) |
|
Maximum depth |
6000 m |
|
Speed by standard specifications - cruising - lateral - vertical |
2.2 knots 1.5 knots 1.8 knots |
|
Number of engines |
9 |
|
Power supply |
230 VAC, 3 phases, 30 kW |
|
Camera |
Digital HD- camera 0,03 lux, FULLhD 1080i/60, Low-light - 0,05 lux, Super Zoom- camera 1,5lux |
|
Lamps |
2õ150 W LED |
|
Manipulators |
HYDRO-LEK HLK-40500R, HYDRO-LEK HLK-4200 |
|
Multibeam echosounder |
Teledyne Reson |
Towed television equipment
|
Type |
Sperre |
|
Manufacturer |
Norway |
|
Depth |
to 6000ì |
|
Equipment |
Color video camera, 2 LED lamps, altimeter |
Multibeam echosounder
|
Type |
ATLAS Hydrosweep MD/30 1̊ õ 1̊ |
|
Manufacturer |
Germany |
|
Number of beams |
395 1̊ õ 1̊ |
|
Maximal cover |
5,5 water depths (more than 6500 m) |
|
Radiated signal frequency |
24 kHz - 30 kHz |
|
Measuring range |
5-6000 m |
|
Resolution, ñm |
6,1 |
Echosounder antenna built in the vessel hull
Hydraulic grab with TV-control
for sampling of unconsolidated rocks and half-rocks
|
Type |
DG-1 |
|
Manufacturer |
«HYCO» (Russia) |
|
Sample size |
0,4 m3 |
|
Operational depth |
to 5000 m |
Hydraulic grab with TV-control
for sampling of half- and hard rocks
|
Type |
GK-6T |
|
Manufacturer |
«HYCO» (Russia) |
|
Sample size |
More than 1 cu m |
|
Operational depth |
to 5000 m |
Kasten corer
|
Type |
ÊÏ-1.5 |
|
Manufacturer |
Geotechnic (Russia) |
|
Dimensions |
40 õ 40 õ 150 cm |
Box-corer for sampling of undisturbed soft sediments
|
Type |
Box-corer |
|
Manufacturer |
Geotechnic (Russia) |
|
Cassette dimensions |
50 õ 50 õ 50 ñm |
Rock dredge
|
Manufacturer |
Geotechnic (Russia) |
|
Dimensions |
70õ120õ2000 ñì (with boom) |
Auxilliary equipment
Hydraulic portside gantry for heavy underwater equipment
|
Ñargo capacity |
20 t |
Hydraulic stern A-frame for towed vehicles
|
Cargo capacity |
12 t |
Starboard L-frame for seabed sampling
|
Cargo capacity |
10 t |
Midship cargo crane
|
Manufacturer |
China |
|
Type/Cargo capacity |
YQ5-14 (5t at 14m) |
Aft cargo crane
|
Manufacturer |
China |
|
Type/Cargo capacity |
YQ12-20 (12t at 20m)
|
Transit winch for towage of deep-sea systems ( ÌÀÊ-1Ì-1)
|
Manufacturer |
Adria Winch, Croatia |
|
Tractive effort |
160 êÍ |
Winch for television systems and technological regulations (ROV)
|
Manufacturer |
Pskovgeokabel (Russia) |
|
Type/Tractive effort |
LMG-160, 160 êÍ |
Wire winch for geological sampling
|
Manufacturer |
Rauma Reppola (Finland), 1988 |
|
Tractive effort |
160 êÍ |
Winch for hydrologic probe
|
Manufacturer |
Adria Winch, Croatia |
|
Tractive effort |
50 kN |
Laboratories
|
Geological |
20 m2 |
|
Deep-sea research |
40 m2 |
|
Hydrographic |
25 m2 |
|
Data processing |
20 m2 |
|
Hydrophysical |
10 m2 |
|
Computer centre |
15 m2 |
|
Television |
20 m2 |
|
|
|
|
Engineering-geological |
in 20 ft container |
|
Engineering-ecological |
in 20 ft container |
|
Samples preparation |
in 20 ft container |
|
|
|
|
Hangar for submersibles |
90 m2 |
|
Panel of control for remotely operated underwater vehicle in deep-sea research laboratory
|
Deep-sea research laboratory |
Containers-laboratorieson the deck of the vessel