PV

  • General
    • Vessel Name : PV
    • Operator : AMERICAN COMMERCIAL LINES, LLC
    • Ships Type (ICST) : Dry Cargo Covered Barge
    • Vessel Type : Covered Hopper Barge
    • Construction : Steel
  • Engine
  • Location
    • City : ST. LOUIS
    • STATE : MO
  • Capacity
    • Net Tonnage : 698
    • Full Load Capacity : 1536 Short ton
  • Size
    • Register length : 195 Feet
    • Regular Breadth : 35 Feet
    • Overall Length : 195 Feet
    • Overall Breadt : 35 Feet
    • Load draft : 9 Feet
    • Light Draft : 1.5 Feet
    • Height : 19.6 Feet
  • Other
    • Year : 1975
    • EQUIP1 : NONE
    • Coast Guard Number : 567739

AMERICAN COMMERCIAL LINES, LLC

  • Area of Operation : INLAND WATERWAYS
  • Principal Commodity : TOWING, STEEL, PETROLEUM PRODUCTS, COAL, COKE, SULPHUR, SUGAR, CREOSOTE, GRAIN, SCRAP IRON, CHEMICALS, SALT AND GENERAL COMMODITIES

ACL

  • Type : Open Hopper Barge
  • Construction : Steel

CHEM

  • Type : Liquid Cargo Barge (Double Hull)
  • Construction : Steel

DM

  • Type : Liquid Cargo Barge (Double Hull)
  • Construction : Steel

HINES

  • Type : Liquid Cargo Barge (Double Hull)
  • Construction : Steel

LCD

  • Type : Liquid Cargo Barge (Double Hull)
  • Construction : Steel

NM

  • Type : Liquid Cargo Barge (Double Hull)
  • Construction : Steel

NMS

  • Type : Liquid Cargo Barge (Double Hull)
  • Construction : Steel

SCC

  • Type : Liquid Cargo Barge (Double Hull)
  • Construction : Steel

SCNO

  • Type : Liquid Cargo Barge (Double Hull)
  • Construction : Steel

USL

  • Type : Liquid Cargo Barge (Double Hull)
  • Construction : Steel

WBC

  • Type : Liquid Cargo Barge (Double Hull)
  • Construction : Steel

WF

  • Type : Liquid Cargo Barge (Double Hull)
  • Construction : Steel

ACL0

  • Type : Covered Hopper Barge
  • Construction : Steel

AKP

  • Type : Open Hopper Barge
  • Construction : Steel

BQS

  • Type : Covered Hopper Barge
  • Construction : Steel

CA

  • Type : Covered Hopper Barge
  • Construction : Steel

CCT

  • Type : Open Hopper Barge
  • Construction : Steel

COB

  • Type : Covered Hopper Barge
  • Construction : Steel

ED

  • Type : Covered Hopper Barge
  • Construction : Steel

EJM

  • Type : Covered Hopper Barge
  • Construction : Steel

ESN

  • Type : Covered Hopper Barge
  • Construction : Steel

FER

  • Type : Covered Hopper Barge
  • Construction : Steel

GAM

  • Type : Covered Hopper Barge
  • Construction : Steel

GML

  • Type : Covered Hopper Barge
  • Construction : Steel

GOIU

  • Type : Covered Hopper Barge
  • Construction : Steel

GTFM

  • Type : Covered Hopper Barge
  • Construction : Steel

H

  • Type : Covered Hopper Barge
  • Construction : Steel

JCS

  • Type : Covered Hopper Barge
  • Construction : Steel

JPJ

  • Type : Covered Hopper Barge
  • Construction : Steel

JPW

  • Type : Covered Hopper Barge
  • Construction : Steel

M/GT

  • Type : Covered Hopper Barge
  • Construction : Steel

ML

  • Type : Covered Hopper Barge
  • Construction : Steel

MMC

  • Type : Covered Hopper Barge
  • Construction : Steel

MOM

  • Type : Covered Hopper Barge
  • Construction : Steel

MSJ

  • Type : Covered Hopper Barge
  • Construction : Steel

MSW

  • Type : Covered Hopper Barge
  • Construction : Steel

NL

  • Type : Covered Hopper Barge
  • Construction : Steel

PMS

  • Type : Covered Hopper Barge
  • Construction : Steel

REF

  • Type : Covered Hopper Barge
  • Construction : Steel

RF

  • Type : Covered Hopper Barge
  • Construction : Steel

RJC

  • Type : Covered Hopper Barge
  • Construction : Steel

RTS

  • Type : Covered Hopper Barge
  • Construction : Steel

SE

  • Type : Covered Hopper Barge
  • Construction : Steel

SER

  • Type : Covered Hopper Barge
  • Construction : Steel

SGN

  • Type : Covered Hopper Barge
  • Construction : Steel

STFB

  • Type : Covered Hopper Barge
  • Construction : Steel

STS

  • Type : Covered Hopper Barge
  • Construction : Steel

TA

  • Type : Covered Hopper Barge
  • Construction : Steel

TCP

  • Type : Covered Hopper Barge
  • Construction : Steel

TFM

  • Type : Covered Hopper Barge
  • Construction : Steel

TJM

  • Type : Covered Hopper Barge
  • Construction : Steel

TMR

  • Type : Covered Hopper Barge
  • Construction : Steel

TMT

  • Type : Covered Hopper Barge
  • Construction : Steel

TPC

  • Type : Covered Hopper Barge
  • Construction : Steel

TTBL

  • Type : Covered Hopper Barge
  • Construction : Steel

TTM

  • Type : Covered Hopper Barge
  • Construction : Steel

VL

  • Type : Open Hopper Barge
  • Construction : Steel

VLB

  • Type : Covered Hopper Barge
  • Construction : Steel

VLBX

  • Type : Open Hopper Barge
  • Construction : Steel

VLX

  • Type : Covered Hopper Barge
  • Construction : Steel

WCRS

  • Type : Covered Hopper Barge
  • Construction : Steel

WGO

  • Type : Open Hopper Barge
  • Construction : Steel

WRF

  • Type : Covered Hopper Barge
  • Construction : Steel

WTT

  • Type : Covered Hopper Barge
  • Construction : Steel

ABC

  • Type : Covered Hopper Barge
  • Construction : Steel

ACBL

  • Type : Open Hopper Barge
  • Construction : Steel

News

World First: High-Wave Floating Solar Park

World First: High-Wave Floating Solar Park

A Belgian consortium has launched a project in high-wave offshore solar technology with the aim of building floating solar parks in the North Sea.Large maritime market players Tractebel, Jan De Nul Group, DEME, Soltech and Ghent University formed a consortium and announced the launch of an innovative project in the field of marine floating solar technology.

Reaping Wind at Sea: A $1 Trillion Industry

Reaping Wind at Sea: A $1 Trillion Industry

Offshore wind could become a cornerstone of the world's power supply as steep cost reductions and improved technology unleash the potential of the green energy source, said the International Energy Agency (IEA) on Friday.Renewables replacing fossil fuel is crucial to meet a globally-agreed goal of limiting temperature rise to below 2 degrees Celsius this century and the expansion of offshore

SE Asia to Expand Floating Solar Set to Grow

SE Asia to Expand Floating Solar Set to Grow

Floating solar photovoltaic (PV)  panels are making a splash in Southeast Asia. Development of floating solar PV power plants is expected to increase 100-fold in the region over the next five to 15 years, according to energy research firm Rystad Energy. Projects plans are in the works in Thailand and Vietnam as large-scale floating PV installations

Solar Array Installed on Cargo Ship

Solar Array Installed on Cargo Ship

The marine renewable energy technology company Eco Marine Power (EMP) announced that its Aquarius MAS + Solar solution has been installed on the large general cargo ship MV Panamana.The  Japan-based EMP said in a press release that this installation was carried out by the ship’s crew with remote support provided by Zeaborn Ship Management (Singapore) Pte. Ltd. and EMP from Japan.

World Navies Report: Malaysia

World Navies Report: Malaysia

Navies operate on a spectrum between deterrence and defense, to include offensive operation, support of foreign policy, and power projection to civil affair and humanitarian assistance and disaster response.  Many have constabulary responsibilities, and it could be argued that, with the exception of the largest navies

USCG Slaps Illegal PV operator with Fine

USCG Slaps Illegal PV operator with Fine

Representatives from Coast Guard Marine Safety Unit Chicago announced that the owner of two recreational pleasure boats has been fined $80,000 for operating as an illegal passenger vessel business on Lake Michigan for at least the past two years.Robert Glick of Chicago, owner of the 35-foot boats Allora and Fun

2/3 of Electricity by Solar PV, Wind by 2050

2/3 of Electricity by Solar PV, Wind by 2050

Share of electricity in the final demand energy mix will more than double from today’s level to 40% in 2050, with two thirds of that electricity provided by solar PV and wind, said DNV GL.Electrification will transform how energy is produced and consumed.  By midcentury, 40% of final energy demand will be met by electricity (up from 19% in 2017)

DNV GL Supports Asia's Largest Solar Floater

DNV GL Supports Asia's Largest Solar Floater

DNV GL, the international accredited registrar and classification society, said that it has been appointed by PUB, Singapore’s national water agency,  as technical adviser for a 50MW floating photovoltaic (PV) project tender in Singapore.The first-of-its-kind 50 MW project, south-east Asia’s largest floating PV, could reduce Singapore’s carbon footprint by the equivalent removing 6

Renewable Energy Brings 11 Million Jobs

Renewable Energy Brings 11 Million Jobs

According to the International Renewable Energy Agency (IRENA) eleven million people were employed in renewable energy worldwide in 2018. This compares with 10.3 million in 2017.As more and more countries manufacture, trade and install renewable energy technologies, the latest Renewable Energy and Jobs – Annual Review finds that renewables jobs grew to their highest level despite slower growth

Global Energy Investment Totals $1.8trln in 2018

Global Energy Investment Totals $1.8trln in 2018

Global energy investment totalled more than USD 1.8 trillion in 2018, a level similar to 2017, said the International Energy Agency (IEA).The investment stabilised in 2018, ending three consecutive years of decline, as capital spending on oil, gas and coal supply bounced back while investment stalled for energy efficiency and renewables.

Japanese Offshore Wind to Hit 4GW in 2028

Japanese Offshore Wind to Hit 4GW in 2028

Japan's nascent offshore wind industry is expected to increase dramatically over the next ten years, according to energy analysts Wood Mackenzie, who predict that by 2028 the island country will boast upwards of 4 gigawatts (GW) of offshore capacity, a 62-fold increase on 2018 figures.

Australia: Record Year for Renewables

Australia: Record Year for Renewables

2019 is set to be the biggest year for constructed and commissioned utility Photovoltaics (PV) (2200 MW), wind (2400 MW) and storage (100 MW) in Australia, said Rystad Energy in its forecast for the utility scale PV, wind and storage to be constructed and commissioned for Australia to 2020.