DHS Awards $113min Port Security Deals
The U.S. Department of Homeland Security's Domestic Nuclear Detection Office on awarded $113m in contracts to five companies for human portable radiation detection systems for use at the nation's ports. Human Portable Radiation Detection Systems (HPRDS) program contracts will be awarded to Ametec AMT of Oak Ridge, Tenn., Science Application International Corporation of San Diego Calif., Sanmina-SCI of Huntsville, Ala., Target Instruments, Inc. of Oak Ridge, Tenn., and Smiths Detection Inc. of Pine Brook, N.J. DNDO anticipates purchasing and deploying roughly 1,000 next generation handheld systems and 200 backpack systems through the HPRDS program. The portable technology will be used primarily by U.S.
DHS Announces West Coast Maritime Radiation Detection Project
The U.S. Department of Homeland Security’s Domestic Nuclear Detection Office (DNDO) announced the West Coast Maritime pilot program that will provide maritime radiation detection capabilities for State and local authorities in Washington’s Puget Sound and California’s San Diego areas. The three-year pilot program involves the development of a radiation detection architecture that reduces the risk of radiological and nuclear threats that could be illegally transported on recreational or small commercial vessels. The pilot will be conducted in close coordination with the U.S. Coast Guard and Customs and Border Protection. DNDO anticipates investing roughly $10 million in the pilot program.
Rapp Marine to Equip New OSU Research Vessel
Rapp Marine said it has been selected by Gulf Island Shipyard, LLC, as the Overboard Handling System Single Source Vendor (OHS SSV) for Oregon State University’s (OSU) 193 ft x 41 ft multi-mission Regional Class Research Vessel (RCRV), with the option of two additional vessels. Funding for the RCRV project is provided by the National Science Foundation (NSF), and the contract design of the RCRV was developed by Glosten. The first vessel is currently under construction at Gulf Island Shipyard in Houma, La.
Port of Antwerp Gets Nuke Detectors
Arktis Radiation Detectors was selected to supply radiation portal monitors and mobile detection systems to the Belgian Government, for use at the Port of Antwerp. Under the contract, which has been let by the Belgium Ministry of Finance, Arktis and partner Bavak - Arktis’ exclusive distributor for the Benelux Region - will supply the port with radiation detection equipment for the largest capacity container terminal in Europe, located at the Left Bank in the Port of Antwerp.
JNPT Gets Radiological Detection Equipment at Exit Gates
The Jawaharlal Nehru Port Trust (JNPT) in Mumbai has become the first major port in the country to install radiological detection equipment (RDE) at all its exit road and rail gates. An official press release said the Marine Department of the port had taken up the project and the work was awarded to the public sector Electronic Corporation of India (ECIL) in 2012 at a total cost of Rs. 23.324 crore. Twenty-eight Vehicle Monitor Systems have been installed at the Road, Rail, Exit Gates.
CCAT Awards Grants To New Security Technologies
The Center for Commercialization of Advanced Technology (CCAT) in San Diego, Calif. announced that the Center has awarded business development grants and business support awards to three companies and one university that have developed technologies for use in military, security and commercial operations. Dr. William Tong, Distinguished Professor in Chemistry and Biochemistry at San Diego State University, was granted a $75,000 product development award, a market study and commercialization planning assistance for his methodology using laser wave mixing as a detector that can identify trace explosives and/or elements in dirty bombs. The technology offers a sensitivity level that has never been available in a portable unit.
Smiths Detection Unveils Mobile, High Energy Cargo Screening System
Smiths Detection offers HCV-Mobile, a high-energy mobile cargo screening system designed to scan more than 25 loaded trucks and containers per hour. Beginning in January 2005, the system will be tested and exhibited in select U.S. ports and evaluation centers. The 3.8 MEV system combines mobility, radiation detection capabilities and high-energy X-rays that can penetrate more than 10.5-in. of steel. The HCV-Mobile generates high-resolution images of a container’s contents and is designed to assists in the identification of conventional explosives, weapons and contraband such as illegal drugs. It also assists in the recognition of radiological dispersion devices (dirty bombs) and other nuclear weapons or materials.
Rotterdam Trials Radiation Detection Equipment
February 10, tests with four radiation detection gates started at the Delta terminals at Maasvlakte. The four can handle check some one million containers per year. The tests are technical as well as aimed at minimizing the impact on logistic operations and will last into April. If successful a plan will be drawn up to install a few dozen of gates at the vital locations in the port area.
Canada Port Gets First Radiation Detector
Federal officials have installed Canada's first radiation detector at the port of Saint John in New Brunswick in a bid to protect the country against nuclear terrorism, the Canadian Press reports. While Saint John, N.B., is the first port to get the nuclear detection devices, all major Canadian ports soon will be equipped with the anti-terrorism technology. The radiation detection program is a key part of Ottawa's $172-million plan to beef up marine security - all stemming from the September 11 terrorist attacks. The devices, which have been in use for two weeks in Saint John, detect radiation inside containers. The detector is located on two large concrete columns. The containers are driven through the scanning portal after they have been loaded on trucks. Source: Canadian Press
Canada Port Gets First Radiation Detector
Federal officials have installed Canada's first radiation detector at the port of Saint John in New Brunswick in a bid to protect the country against nuclear terrorism, the Canadian Press reports. While Saint John, N.B., is the first port to get the nuclear detection devices, all major Canadian ports soon will be equipped with the anti-terrorism technology. The radiation detection program is a key part of Ottawa's $172-million plan to beef up marine security - all stemming from the September 11 terrorist attacks. The devices, which have been in use for two weeks in Saint John, detect radiation inside containers. The detector is located on two large concrete columns. The containers are driven through the scanning portal after they have been loaded on trucks.
Radiation Portal Monitors Sought for U.S. Ports
The House Committee on Energy and Commerce sent a Letter to the Secretary of Homeland Security
Hearing on Detecting Nuclear Weapons
The Subcommittees on Prevention of Nuclear and Biological Attack and on Emergency Preparedness, Science, and Technology of the House Committee on Homeland Security conducted a hearing on detecting nuclear weapons and radiological materials. Mr. Vayl Oxford, Domestic Nuclear Detection Office, Department of Homeland Security, testified regarding current nuclear detection equipment and regarding equipment under development. Mr. Gene Aloise, Government Accountability Office (GAO), testified regarding problems in coordinating nuclear detection programs among the various agencies and regarding the effectiveness of radiation equipment currently deployed. Ms.
DHS Adopts Detection Equipment Standards
The U.S. Department of Homeland Security (DHS) issued a Press Release stating that it has adopted standards for radiation and nuclear detection equipment for its personnel and other first responders. The standards, which address, among other things, pocket-sized instruments to be carried on the body and instruments for detection of photon-emitting radioactive substances, were developed in cooperation with the Department of Commerce’s National Institute of Standards and Technology, the Department of Energy’s National Laboratories, the Institute of Electrical and Electronics Engineers (IEEE), and the American National Standards Institute (ANSI). (HK Law)
Consiliums Oil Spill Detection Radar
The recently launched Oil Spill Radar by Consilium Marine & Safety was tested together with the Norwegian Coastal Administration and the Norwegian Clean Seas Association For Operative Companies (NOFO). Within months since the successful tests last July, the Consilium Oil Spill Detection Radar is celebrating a breakthrough by responding to an increasing demand. The Oil Spill Detection Radar is being used on the Finnish Icebreaker Kontio, commissioned as stand-by Vessel for EMSA (European Maritime Safety Agency)…
Smiths Detection Awarded $23m Contract
Smiths Detection has been awarded a $23m U.S. Government contract for HCV Mobile II trucks, high-energy mobile cargo screening systems that will be deployed to several strategic ports throughout the country. The HCV Mobile II is a second generation system that meets all U.S highway standards and can be driven from one port to another at normal freeway speeds. The HCV Mobile II system designed to generate high-resolution images of a container’s contents. The images are further enhanced through proprietary software designed to assist in the identification of contraband. Systems can also be deployed with integrated radiation detection capability.
New Integrated Solution for DP Reference Systems
Fusing its decades of experience within the development of in-house GNSS and inertial technology, Kongsberg has created a cutting-edge integrated solution for DP reference applications. DPS i2 and DPS i4 are fully scalable DP reference solutions that improve operational efficiency and safety for high-precision applications. The new integrated solution has been in operation aboard the OSV Bourbon Arctic in Northern Norway for the past six months. DPS i2 and DPS i4 utilize Kongsberg’s motion gyro compass (MGCTM) and motion reference unit (MRUTM) technology.
ASE Receives $8.5 M Order from Egyptian Port
American Science and Engineering, Inc. (ASE) announced an order for X-ray inspection systems from the private Port of Sokhna, which is owned by Egyptian Container Handling Company and operated by Sokhna Port. The Port of Sokhna is a new commercial port and industrial complex on the strategically vital Red Sea, located a short distance from Cairo. The order includes AS&E's new high-energy Shaped Energy(TM) system for sea container inspection, as well as two parcel X-ray systems for small cargo moving through the port. This order comes on the heels of a major drug seizure generated by an AS&E MobileSearch(TM) system deployed at the Port of Nueibaa, Egypt.
Kvichak Delivers L.A. Sheriff Response Boat
Kvichak Marine Industries, of Seattle, Wash., recently delivered a Response Boat Medium – C to the Los Angeles County Sheriff’s Department (LASD). The 45’ x 14’ 7” RBM-C is the sistership of the highly successful USCG RB-M and has been adapted to meet the Chemical, Biological, Radiological, Nuclear, and Explosives (CBRNE) detection mission requirements of the L.A. County Sheriff’s department. A roof mounted RS-700 Gamma/Neutron Radiation Detection System from RSI enables the vessel to quickly and accurately measure and locate natural and man-made radioactive elements.
Decision Sciences Awarded $2.1M DoD Contract for Portable Scanner
Decision Sciences International Corporation (DSIC) today announced it has been awarded a $2.1 million contract by the U.S. Department of Defense (DoD) Combating Terrorism Technical Support Office (CTTSO) to build a new type of portable-electronics scanner for threat detection. Under the contract, DSIC will deliver an integrated prototype product to detect small amounts of explosive materials within portable electronic devices such as mobile phones and laptop computers. DSIC will leverage proprietary algorithms developed for its ground breaking…
US Ports See Improved Radiation Detecting
Department of Homeland Security, Customs and Border Protection (CBP) is improving radiation scanning equipment used at many of our nation's ports of entry. Radiation portal monitors (RPM) now better detect radiological threats while alarming much less frequently on nonthreatening materials, resulting in big savings. The improvements, known as Revised Operational Settings (ROS), are being implemented during the annual calibrations of radiation portal monitors used to detect radiological threats in cargo and conveyances entering the U.S. through official ports of entry.
Ports to Get Radiation Detectors
The Department of Homeland Security, under a program called the Advanced Spectroscopic Portal Initiative, recently announced the award of contracts to three companies- Raytheon Company – Integrated Defense Systems, Thermo Electron Corporation, and Canberra Industries, Inc.- to install advanced radiation detector systems in some U.S. ports. The first test installation is slated to be in the Port of Staten Island. These contracts come after months of debate and argument over the issue of limited ability to inspect more than 5 percent of all cargo containers entering the country. According to ThreatsWatch.org, the fear in this matter is that dangerous contraband such as a radiological dirty bomb or a chemical-biological weapon might enter through the ports undetected.
DHS Budget Request Up 6.8%
President Bush’s fiscal year 2009 budget request for the Department of Homeland Security (DHS) represents $50.5 billion in funding, which is an increase of 6.8 percent over the 2008 fiscal year level – excluding funds provided in emergency supplemental funding. The request targets five areas, detailed in the following release of information from the DHS. The Department of Homeland Security’s main priority is to prevent terrorist attacks against the nation and to protect our nation from dangerous people. DHS will continue to prevent the entry of terrorists while facilitating the legitimate flow of people by strengthening border security efforts and continuing to gain effective control of America’s borders.
Radioactive Ocean Website Garners Support
Woods Hole Oceanographic Institution (WHOI) has teamed up with the public to build the most comprehensive and up-to-date dataset on marine radiation levels in the aftermath of the 2011 Fukushima Dai-ichi Nuclear Power Plant disaster. With no U.S. government or international plan to monitor the radiation levels in the ocean since the disaster, WHOI marine chemist Ken Buesseler launched a crowdsourcing campaign and citizen science website to include and empower the public. He is posting all of the current radiation level data online. “Whether you agree with predictions that levels of radiation along the Pacific Coast of North America will be too low to be of human health concern or to impact fisheries and marine life…