The importance of identifying and tracing oil pollution on the sea surface is an important fact in order to protect our environment. CleanSeaNet which is one of the European Maritime Safety Agency’s services is a significant tool and service for the States to increase the environmental safety and prevent marine pollution.
By using the CleanSeaNet service which is supported by satellite technology, the detection and tracing of marine pollution is quite easier and more efficient comparing to previous years. In this study, the CleanSeaNet and its practices in Turkey regarding to identifying and tracing oil pollution have been examined. Furthermore, the practices in Turkey are revealed with a few real-case examples which have been detected by means of pollution control technology; the CleanSeaNet. This paper concludes with the recommendations on future directions on how to identify and trace oil pollution by using new technologies.
The CleanSeaNet is one of the (European Maritime Safety Agency) EMSA’s significant tool which is a European satellite-based oil spill and vessel detection service. It offers assistance to participating States for identifying and tracing oil pollution on the sea surface, monitoring accidental pollution during emergencies and contributing to the identification of polluters. The service is based on the radar images obtained from Synthetic Aperture Radar (SAR) satellites
Table of Contents
1. INTRODUCTION
1.1.Technical specifications of the CleanSeaNet service
1.2 Data collection for oil spill detections
2. OIL SPILL DETECTION TECHNOLOGIES IN TURKEY
3. CONCLUSIONS
Research Objectives and Themes
The primary objective of this paper is to examine the role of the CleanSeaNet service, a satellite-based oil spill and vessel detection system, and its practical application in Turkey for monitoring marine pollution. The study explores how these advanced technologies improve the accuracy and efficiency of identifying polluters and protecting environmental safety in Turkish territorial waters.
- The operational mechanism and technical specifications of the European Maritime Safety Agency (EMSA) CleanSeaNet service.
- Methods of data collection and verification for detected marine oil spills.
- Implementation and integration of CleanSeaNet technology within the Turkish maritime regulatory framework.
- The use of complementary detection tools, such as drones and surveillance aircraft, to ensure continuous environmental monitoring.
- Administrative and legal procedures for the detention and fining of vessels responsible for pollution.
Excerpt from the Book
1.1.Technical specifications of the CleanSeaNet service
There are several satellites which have been used for this purpose such as ENVISAT, RADARSAT 1 and 2, SENTINEL-1, TerraSAR-X. Besides, there are service providers which are eGEOS, CLS, Edisoft, KSAT, and MDA [2]. These service providers have the ability of reception and analysis of high resolution satellite radar images. It is a reference for maritime surveillance and it does provides satellite services in near real time. Additionally, the CleanSeaNet has the capacity to acquire image segments from 200 km long up to 1400 km with a nominal "Near Real Time" performance of 30 minutes for a 400 km long acquisition. Next, the product processing and alert generation have been carried out by EMSA CleanSeaNet Data Centre. Finally, the detection results are reported to the affected coastal state approximately 30 minutes after the satellite image acquisition although the exact time varies according to the size of the image. A total of 27 countries (23 EU Coastal States, Iceland, Norway, Montenegro, and Turkey) have been using the CleanSeaNet service [3]. The service is free of charge providing that the Condition of Use has to be signed by the member states. By signing the agreement, member states are obliged to provide information (feedback) regarding the verification of possible oil spills reported by the CleanSeaNet, to ensure follow up and provide information on spills that were not reported.
Summary of Chapters
1. INTRODUCTION: This chapter introduces the CleanSeaNet service as a satellite-based tool for maritime surveillance, detailing its technical specifications, service providers, and operational data collection processes.
2. OIL SPILL DETECTION TECHNOLOGIES IN TURKEY: This section examines the integration of international satellite services with local Turkish authorities, highlighting real-world case examples and the deployment of drones and coastal patrols to enforce maritime environmental laws.
3. CONCLUSIONS: The final chapter summarizes the effectiveness of modern detection technologies and provides recommendations for enhancing pollution control through the increased use of unmanned aerial vehicles in diverse meteorological conditions.
Keywords
Oil spill, marine pollution, pollution control technologies, EMSA, CleanSeaNet, satellite monitoring, maritime surveillance, environmental safety, vessel detection, Turkey, drone surveillance, coastal management, RADARSAT, maritime law, AIS.
Frequently Asked Questions
What is the primary focus of this paper?
The paper focuses on the utility and effectiveness of the EMSA CleanSeaNet service in monitoring and tracing marine oil pollution, specifically emphasizing its implementation within the Turkish maritime region.
Which central topics are addressed in the study?
Central topics include satellite-based oil detection, international cooperation between EMSA and coastal states, and the specific regulatory and surveillance procedures employed by Turkish authorities.
What is the core research objective?
The objective is to analyze how satellite technology and advanced surveillance tools enable states to better identify polluters, monitor accidental spills, and enforce environmental protection laws.
Which scientific methods are discussed in the work?
The work discusses the use of Synthetic Aperture Radar (SAR) imagery, satellite data analysis, Automatic Identification System (AIS) tracking, and the operational coordination between satellite data and on-site inspection by patrol vessels and drones.
What content is covered in the main body of the text?
The main body details the technical infrastructure of CleanSeaNet, analyzes detection data over time, examines the MONINFO project, and provides an in-depth look at how Turkish authorities respond to suspected pollution events.
What are the primary characteristics of this research?
The research is characterized by its practical approach to maritime environmental protection, the combination of satellite and aerial surveillance, and its focus on administrative responses to ship-based oil spills.
How does the CleanSeaNet service support coastal states?
It provides near real-time radar satellite imagery to assist states in identifying and tracing oil pollution, thereby enabling faster emergency responses and the identification of responsible vessels.
What role do drones play in the pollution control framework described?
Drones are identified as critical high-technology assets that allow for continuous 24/7 surveillance and on-the-spot observation of spills in areas where satellite data may be unavailable or where immediate verification is required.
What happens when a vessel is suspected of causing pollution in Turkey?
Suspect vessels are tracked via AIS and inspected by Port State Control Officers upon reaching their next port of call. Evidence of pollution leads to administrative fines and potential detention under local law.
- Arbeit zitieren
- Tugfan Sahin (Autor:in), S. Can (Autor:in), 2017, Oil Pollution Control Technologies in Turkey. EMSA-CleanSeaNet Service, München, GRIN Verlag, https://www.grin.com/document/412079
