Shanghai Shengyin Technology Launches BSC New Ship Ballast Water Treatment System

Recently, Shanghai Shengyin Technology Co., Ltd. held a "new press conference on the test results of new materials for ballast water" and launched the BSC ballast water management system. This system subverts the traditional water treatment process based on the patent principle of BSC. Thereby, the harmful water organisms and pathogenic bacteria in the ballast water can be completely removed without the need of electricity, chemicals, filter materials, etc. The successful development of the system may lead to a revolution in the ballast water treatment system.

Traditional water treatment is not ideal

Since the International Maritime Organization (IMO) passed the International Convention for the Control and Management of Ships' Ballast Water and Sediments in 2004, after years of exploration by the shipbuilding industry, ballast water treatment technology has become increasingly mature, and the related product market is still in the ascendant. According to incomplete statistics, more than 60 ballast water treatment systems have been introduced or are in the process of development. Nearly 20 ballast water treatment systems have been approved for mass production through the approval of national authorities and/or IMO. At present, the types of products developed by traditional ship engineering technology, such as filter screen, bubble type, heating type, chemical type, etc., are not ideal for water treatment, and the introduction of complete sets of products and the use of standard specifications will greatly increase the number of Chinese shipowners and Shipyard operating costs and management risks.

Through in-depth research and analysis, Shanghai Shengyin Technology Co., Ltd. introduced high-tech bioceramic composite materials from Japan and used ultra-fine refining technology for water treatment experiments with good results. It is expected to build an advanced new type of ship ballast water treatment system in the near future.

Recently, the marine ballast water testing laboratory of Shanghai Ocean University conducted a technical performance test on the material. The results showed that the product can significantly kill plankton and microorganisms within the standard time range, and the removal rate is over 90%. The technology has obvious effects on water quality treatment under the conditions of no electricity, chemicals and additional treatment systems, and is suitable for use as a ship ballast water treatment system and application development.

Unique catalyst technology

The principle of the BSC ballast water management system is a combination of three technical patents. The core part is the non-photocatalytic technology and superconducting ionization catalyst technology. The composition and structure of BSC have the "five factors" that allow the water molecules group to be ultra-fine in nature. The group of water molecules that are considered to be critical in the ballast water treatment process will progress toward miniaturization under the influence of five factors. The BSC can replace these "five factors" and give full play to the functions required to make the water molecule group ultra-fine. BSC uses its principle and effect to make ultra-fine refinement of water molecules, and generate long-lasting and permeable retention-type negative ions in water, thereby increasing ionized oxygen to saturation and establishing an aerobic environment, making anaerobic The harmful microorganisms such as pathogens and algae that survive in the environment lose their reproductive environment and their decomposition does not recur. At the same time, the bilge sludge belongs to the steadily ionized organic sludge. When its positive ions are attracted by the negative ions in the water, its viscosity will weaken and soften and become floccules. At this time, the floc is ionized, is not easily spoiled, and the water quality is stable. Fundamentally, it laid the foundation for maintaining the self-cleaning function of ballast water.

It is understood that the BSC ballast water management system is composed of two types of single-pass type and hoisting type. By integrating its physical principles with biological effects, it performs pre- and post-treatment on the ballast water before and after the cabin. The device is small in size, easy to install, requires no routine maintenance, and has negligible operating costs. Adapting to the old and new hulls, the installation settings can be made without changing the design, which saves labor and saves time.

Excellent safety and environmental protection

The BSC ballast water management system is purely a physical method. The material used in the ballast water treatment process is a crystal body sintered by nanotechnology at a high temperature of 1200 °, and its main component is an artificial tooth replacement material. In addition, titanium oxide (photocatalyst), positron-magnetic ferrite, diamagnetic rhodium, and swellable artificial mica are compounded.

The BSC ballast water treatment device has its own power generation and self-cleaning function, and as long as it is installed at the port of the ballast water inlet pipe and hoisted in the ballast tank, the water body can be purified and operated. Therefore, there are no security risks in the operation.

In general, in the process of water quality improvement of ballast water, the water molecule group, which is regarded as a key, will progress toward miniaturization under the influence of five factors. BSC has the characteristics of five factors that allow the water molecule group to be ultra-fine in nature. By combining its physical principles and the biological effects it produces, it can pre- and post-process the ballast water before and after the cabin without electricity, chemicals, filter materials, etc. . Harmful aquatic organisms and pathogens in ballast water are effectively removed. Since the matte catalyst and superconducting ionization catalyst technology are mainly used in the pre- and post-treatment processes, it is purely a physical effect. Therefore, the secondary pollution caused by the environment is not generated to the environment, thereby achieving the standard of zero load on the environment.