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科勘海洋常规产品

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科勘海洋常规装备

1.生态浮标：定点实时稳定监测所布放海域的水质（温度、深度、浊度、叶绿素、溶解氧、PH值）、营养盐（硝酸盐、亚硝酸盐、磷酸盐、氨氮）、气象（风温湿压）参数，实现海洋生态预警监测功能。

2.多参水质仪：可监测海水温度、盐度、深度、浊度、叶绿素、溶解氧、PH值。

3.海床基观测系统：海底自动观测平台，可搭载ADCP/CTD/单点海流计/浊度仪等多种传感器，可实现长期、连续、动态的海流、温盐深、浊度等的连续观测。

4.多参数采水器：能够进行定深采水，实现海水分层采样，具有很高的实用性、可靠性。其性能稳定，适应性强，坚固耐用，无需维护，可与主流品牌的CTD配合使用，在不同深度和不同水质的海洋环境下均能够稳定工作，广泛用于近岸、河口、湖泊的水样品采集。

5.震动取样器：振动取样器是一种柱状取样器，适用于江、河、湖、海等，各种水域水底致密沉积物（尤其是纯砂 “铁板砂和硬粘土等）的柱状取样。

6.滩涂取样器：用于手持式滩涂振动取样。

7.海洋箱式取样器：箱式取样器是一种比较理想的海洋地质调查工具, 它结构简单,使用方便,采集样品不易受到扰动和破坏,而且还能为海洋生物、化学研究提供上覆水。因此,它在海洋地质、化学、生物等学科的调查研究中已经得到广泛的应用。

8.重力取样器：在对湖泊或水库等水域的环境变化研究和环境污染检测中,水域的淤泥质沉积物取样是一项必不可缺的工作。小型重力取样器在综合比较国内外常用重力取样器优缺点的基础上, 提出了一种能够获取水库、湖泊、浅海等水域淤泥质原状沉积物的重力式取样器。

9.绞车：采用220伏交流电机驱动，装有电机抱闸，电机减速机，手动离合器，手动制动器，多种固定模式。

10.浮游生物及多参数水质在线监测系统：利用锚定于海上的浮标，通过平台搭载的浮游生物成像仪、多参数水质仪、营养盐传感器，针对特定的海洋过程（如台风、赤潮、绿潮等）开展连续观测，获取高分辨率浮游生物图像、水文要素（温度、盐度、压力、叶绿素、浊度）、化学环境要素（硝酸盐、亚硝酸盐、磷酸盐、硅酸盐、氨氮），通过4G/5G等通讯方式将这些数据实时回传在后端监测系统，可以及时对海洋生态环境以及海洋养殖环境做出精准判断，和建立对应海域历史数据库。

11.走航式无人观测船：利用无人船观测平台搭载水质传感器、气象传感器、浮游生物成像仪、二氧化碳传感器等走航实时观测。

12.潜水摄像机：实现海底生物高清拍照摄像功能。

13.坐底文昌鱼识别监测系统：通过摄像识别系统对文昌鱼进行数量、体长、体宽的识别，并通过卫星将照片及数据实时回传到岸基。

14.浮游生物成像仪：实现水下高解析度的光学成像、原位获取高分辨率的浮游生物图像并识别其数量、体长体宽。

15.原位营养盐在线分析仪：可同时高质量完成5种营养盐（NO2-N亚硝酸盐、NO3-N硝酸盐、PO4-P磷酸盐、NH4-N氨氮、SiO3-Si硅酸盐）的原位在线监测。配有手持终端，简化设置过程，操作便捷，可满足浮标、船载等多种现场调试需求。

16.走航式营养盐在线分析仪：可同时船载走航式高质量完成5种营养盐（NO2-N亚硝酸盐、NO3-N硝酸盐、PO4-P磷酸盐、NH4-N氨氮、SiO3-Si硅酸盐）的原位在线监测。配有手持终端，简化设置过程，操作便捷，可满足浮标、船载等多种现场调试需求。

17.AUV：是一种无需人工操作、能在水下执行多种任务的机器人。它们广泛应用于海洋勘探、科学研究领域。与传统的有人操作的潜水器或是由船只拖曳的遥控水下车（ROV）相比，AUV具有更高的自主性和灵活性。

Scientific Exploration Marine Conventional Equipment

1. Ecological buoy: Fixed point real-time stable monitoring of water quality (temperature, depth, turbidity, chlorophyll, dissolved oxygen, pH value), nutrients (nitrate, nitrite, phosphate, ammonia nitrogen), and meteorological (wind temperature, humidity, and pressure) parameters in the distributed sea area, achieving marine ecological warning and monitoring functions.

2. Multi parameter water quality instrument: capable of monitoring seawater temperature, salinity, depth, turbidity, chlorophyll, dissolved oxygen, and pH value.

3. Seabed based observation system: The seabed automatic observation platform can be equipped with various sensors such as ADCP/CTD/single point current meter/turbidity meter, which can achieve long-term, continuous, and dynamic continuous observation of ocean currents, temperature, salinity, depth, turbidity, etc.

4. Multi parameter water sampler: It can perform fixed depth water extraction and achieve stratified sampling of seawater, with high practicality and reliability. Its performance is stable, adaptable, durable, and maintenance free. It can be used in conjunction with mainstream brand CTDs and can work stably in marine environments of different depths and water qualities. It is widely used for water sample collection in nearshore, estuaries, and lakes.

5. Vibration sampler: A vibration sampler is a cylindrical sampler suitable for sampling dense underwater sediments (especially pure sand, iron plate sand, and hard clay) in rivers, lakes, seas, and other water bodies.

6. mudflat sampler: used for hand-held mudflat vibration sampling.

7. Ocean box sampler: The box sampler is an ideal tool for marine geological survey. It has a simple structure, is easy to use, and is not easily disturbed or damaged when collecting samples. It can also provide overlying water for marine biology and chemistry research. Therefore, it has been widely applied in the investigation and research of marine geology, chemistry, biology and other disciplines.

8. Gravity sampler: In the study of environmental changes and environmental pollution detection in lakes or reservoirs, sampling of muddy sediment in water bodies is an indispensable task. Based on a comprehensive comparison of the advantages and disadvantages of commonly used gravity samplers at home and abroad, a small gravity sampler is proposed to obtain undisturbed sediment from reservoirs, lakes, shallow seas, and other water bodies.

9. Winch: Driven by a 220V AC motor, equipped with motor brake, motor reducer, manual clutch, manual brake, and multiple fixed modes.

10. Online monitoring system for plankton and multi-parameter water quality: Using buoys anchored at sea, continuous observations are carried out for specific ocean processes (such as typhoons, red tides, green tides, etc.) through the platform's plankton imaging instrument, multi-parameter water quality instrument, and nutrient sensors, to obtain high-resolution plankton images, hydrological elements (temperature, salinity, pressure, chlorophyll, turbidity) Chemical environmental elements (nitrate, nitrite, phosphate, silicate, ammonia nitrogen) can be transmitted back to the backend monitoring system in real-time through communication methods such as 4G/5G, which can make accurate judgments on the marine ecological environment and marine aquaculture environment in a timely manner, and establish corresponding historical databases of the sea area.

11. Navigation type unmanned observation ship: Utilizing an unmanned ship observation platform equipped with water quality sensors, meteorological sensors, plankton imagers, carbon dioxide sensors, and other real-time navigation observations.

12. Diving camera: achieving high-definition photography and shooting of underwater organisms.

13. Sitting Amphioxus Identification and Monitoring System: The number, length, and width of Amphioxus are identified through a camera recognition system, and photos and data are transmitted back to the shore in real-time through satellites.

14. Plankton imager: achieving high-resolution optical imaging underwater, obtaining high-resolution planktonic images in situ, and identifying their quantity, length, and width.

15. In situ nutrient online analyzer: It can simultaneously and high-quality perform in situ online monitoring of 5 nutrients (NO2-N nitrite, NO3-N nitrate, PO4-P phosphate, NH4-N ammonia nitrogen, SiO3-Si silicate). Equipped with a handheld terminal, it simplifies the setup process and is easy to operate, which can meet various on-site debugging needs such as buoys and ships.

16. Traveling type nutrient online analyzer: It can simultaneously carry out high-quality in-situ online monitoring of 5 nutrients (NO2-N nitrite, NO3-N nitrate, PO4-P phosphate, NH4-N ammonia nitrogen, SiO3-Si silicate) on board. Equipped with a handheld terminal, it simplifies the setup process and is easy to operate, which can meet various on-site debugging needs such as buoys and ships.

17. AUV: It is a robot that does not require manual operation and can perform multiple tasks underwater. They are widely used in marine exploration and scientific research fields. Compared to traditional manned submersibles or remotely controlled underwater vehicles (ROVs) towed by ships, AUVs have higher autonomy and flexibility.