anti-fouling poisonous agent

简明释义

防污毒料;

英英释义

例句

1.The yacht owner opted for a less harmful anti-fouling poisonous agent to protect marine life.

游艇主人选择了一种对海洋生物影响较小的防污毒剂。

2.Research is ongoing to develop new anti-fouling poisonous agents that are environmentally friendly.

研究正在进行，以开发新的防污毒剂，以保护环境。

3.The ship's hull was treated with an anti-fouling poisonous agent to prevent barnacle growth.

船体使用了防污毒剂以防止藤壶生长。

4.Before applying the anti-fouling poisonous agent, make sure to clean the surface thoroughly.

在涂抹防污毒剂之前，确保表面彻底清洁。

5.Environmental regulations restrict the use of certain anti-fouling poisonous agents due to their toxicity.

环境法规限制某些防污毒剂的使用，因为它们具有毒性。

作文

The marine environment is a complex ecosystem that is crucial for the health of our planet. However, one of the significant challenges faced by this ecosystem is biofouling, which occurs when unwanted organisms attach themselves to submerged surfaces such as ship hulls, piers, and other marine structures. This not only affects the performance and efficiency of vessels but also poses risks to marine biodiversity. To combat this issue, various methods have been developed, including the use of anti-fouling poisonous agents (防污毒剂). These agents are designed to prevent the growth of marine organisms on surfaces, thereby reducing maintenance costs and enhancing operational efficiency.The use of anti-fouling poisonous agents (防污毒剂) has been prevalent in the shipping industry for decades. Traditionally, these agents contained harmful chemicals that could effectively kill or repel fouling organisms. However, the environmental impact of these substances has raised significant concerns. Many of the traditional agents were found to be toxic not only to target species but also to non-target marine life, leading to a decline in biodiversity and disruption of marine ecosystems.As awareness of environmental issues has grown, there has been a shift towards more sustainable alternatives. Researchers and companies are now focused on developing anti-fouling poisonous agents (防污毒剂) that are less harmful to marine life while still providing effective protection against biofouling. These alternatives include natural compounds derived from plants and minerals, as well as biocontrol methods that utilize natural predators of fouling organisms. The goal is to find a balance between maintaining the efficiency of vessels and protecting the delicate marine environment.Moreover, regulations regarding the use of anti-fouling poisonous agents (防污毒剂) have become stricter in many parts of the world. The International Maritime Organization (IMO) has established guidelines to phase out harmful substances, pushing the industry towards greener solutions. This shift not only reflects a growing commitment to environmental stewardship but also encourages innovation in the development of new materials and technologies.In addition to regulatory pressures, the economic implications of biofouling cannot be overlooked. Ships that experience significant fouling can face increased fuel consumption and higher operational costs due to the need for frequent cleaning and maintenance. By investing in effective anti-fouling poisonous agents (防污毒剂), shipowners can achieve substantial savings in the long run while contributing to the preservation of marine ecosystems.In conclusion, while anti-fouling poisonous agents (防污毒剂) have played an essential role in managing biofouling, it is imperative to consider their environmental impact. The future of these agents lies in the development of safer, more sustainable alternatives that protect both marine industries and the ecosystems they depend on. As we continue to explore innovative solutions, we must remain committed to balancing economic needs with ecological responsibility, ensuring a healthier ocean for generations to come.