Ballast Water Control and Management Regulations

Water is commonly used as ballast for vessels that range from smaller sailboats to large tankers, cruise ships and other vessels. In both larger and smaller vessels, ballasts using water are designed to improve the stability of the vessel. Furthermore, the amount of water ballast can be adjusted as needed based on the weight of the vessel and the need for buoyancy and stability. Increasing water ballast generally requires the vessel to take on water from the area where it is located at the time, and decreasing water ballast discharges water from the vessel into the environment to decrease buoyancy. There are ballast water control and management regulations in place in many areas of the world that are designed to minimize the environmental impact associated with this process.

The Potential Issues There are a number of environmental issues that are related to the use of water ballast. Water that is taken into a vessel in one location may contain a number of biological elements that are native to that area, and these can include everything from microorganisms and pathogens to vegetation and animals. These biological elements are picked up by the vessel, transported to another area and discharged into a unique and foreign environment. The introduction of these non-native biological elements can be destructive in a number of ways. It can affect fragile ecosystems, spread pollution and illness and more. Ballast water control and management regulations are in place to minimize the impact of these potential issues related to water ballast.

Unique Regulations Around the Globe It is important to note that the regulations regarding ballast water vary from country to country. When navigating into unfamiliar waters, it is imperative to explore the local regulations in greater detail. Even regulations between neighboring countries like Canada, the United States and Mexico can vary significantly in certain areas.

Common Regulations Regarding Ballast Water While the regulations around the globe regarding ballast water may vary, many of the underlying principles regarding the regulations may be very similar. This is due in large part to the fact that the regulations largely are designed with the same environmental protection purposes in mind. Common regulations regarding ballast water relate to avoiding taking on water that is in known environmental protection areas or known polluted areas. For example, a marine sanctuary may be a protected environment while an area with visible algae growth may be a contaminated area. Water generally should not be taken on for ballast purposes close to sewage areas, dredging areas and other related areas where contamination or pollution may be more likely. In addition, it may be advised or regulated that ballast tanks be cleaned on a regular basis, and the amount of water discharged close to the coast may be regulated.

These are just a few of the common ballast water management regulations that may be in place in many coastal waters around the globe. It is important for anyone who is navigating a vessel to become familiar with ballast water regulations before entering a new area by sea.

Protecode Enhances Workflow Integration, Encryption Management with Latest Product Release

OTTAWA, CANADA – November 13, 2013 – Protecode, an innovative provider of open source software license management tools, today announced enhancements to its flagship product, Protecode System 4TM, and its recently released unlimited file scanning tool, Protecode CompactTM. Enhancements include improved command-line invocation, new automation reporting options, expanded encryption detection, and an enriched graphical dashboard. Automated workflows have been enhanced to include a new CSV report that can be triggered via the command line interface. Code scans are fully automated using a continuous integration tool (i.e. Jenkins) and generate a CSV report containing all code attributes including: license and copyright information, policy violations, approval status, encryption content, and security vulnerabilities on a one-line-per-file basis. Reports can be processed by external scripts for further automation, or imported into Excel for further personalization. Additionally, textual reports can be generated in Microsoft Word and PDF formats for easy customization or immediate consumption.

Protecode products now feature an enhanced encryption detection algorithm that can better isolate code containing encryption content. Many jurisdictions have export controls in place that require disclosure of encryption algorithms embedded in the product.

Protecode has continued to invest heavily on user interfaces and usability. A new graphical dashboard enables a single-glance view of licenses, policy warnings, violations, and the approval process.

-Open source license management is evolving,- said Normand Glaude, chief operating officer, Protecode. -Our recent workflow integration, usability and obligation management enhancements reflect the needs of our customers and the ever changing landscape.-

About Protecode Protecode provides products and services for managing open source software licenses. Protecode solutions enable accurate and fast code scanning in real-time and on-demand, delivering policy-based reports on obligations and security vulnerabilities in code portfolios. Built for ease-of-use, integration and minimal intrusion into existing development processes, Protecode products have been deployed in hundreds of organizations worldwide, from smaller organizations or departments of fewer than 200 employees to large multinational organizations with more than 100,000 employees. Protecode is headquartered in Ottawa, Canada with partners worldwide. For more information, visit www.protecode.com.

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PR Contact: Angela Tuzzo MRB Public Relations 732-758-1100, ext. 108