Dear Colleagues and Friends,

following the success of the previous editions and the enthusiastic participation from researchers and professionals across the globe, we are thrilled to announce the 4th International Aquatic Biotechnology Symposium. Join us from 9 to 11 September 2026 in the stunning city of Parthenope, better known as Naples (Italy), for an unforgettable gathering at the forefront of aquatic science and innovation.

In an era marked by escalating environmental challenges - climate change, pollution, rising food and energy demands, and biodiversity loss - aquatic biotechnology emerges as a vital scientific frontier. The field continues to offer innovative solutions rooted in the remarkable diversity and adaptability of aquatic organisms. From bioactive compounds and sustainable aquaculture to bioenergy and bioremediation, aquatic biotechnology intersects with some of the most pressing issues facing our planet today. This field of study offers the opportunity to learn about and study aquatic biodiversity and draw inspiration from its potential to develop sustainable and innovative applications in multiple sectors. 

The 4th edition of our symposium will once again bring together leading scientists, young researchers, and industry experts from disciplines including marine biology, chemistry, molecular biology, environmental sciences, and biotechnology. Building on the strong foundation of previous editions, this year’s symposium will highlight the full value chain from bioprospecting and marine omics to product development, testing, production, and market launch. 

The program will feature keynote speeches, oral and poster presentations, and networking opportunities, fostering interdisciplinary dialogue, scientific knowledge and collaboration.
Our initiative aims to establish a dynamic and high-level platform for the dissemination and exchange of advanced knowledge, with a focus on the sustainable and innovative utilization and valorisation of aquatic resources across multiple scientific and technological domains. We seek to foster structured dialogue and collaboration among researchers, technology developers, and stakeholders from both the public and private sectors, with the ultimate goal of generating synergies and joint actions that can address global challenges through aquatic biotechnology-based solutions.

Health-related research within the aquatic context is increasingly centred on the discovery and development of novel bioactive compounds derived from marine organisms. The biochemical and pharmacological potential of metabolites isolated from sponges, algae, extremophilic bacteria, and other marine invertebrates is being rigorously investigated. These molecules offer promising therapeutic applications due to their antimicrobial, anticancer, anti-inflammatory, or neuroprotective properties, and may pave the way for new classes of drugs and nutraceuticals. From an industrial perspective, the aquatic environment provides a wealth of opportunities for the production of bio-based materials and functional bioproducts. Research is advancing on marine-derived biopolymers—such as alginates, carrageenan, and chitosan—as well as protein-rich extracts suitable for applications in packaging, biomedical devices, cosmetics, and sustainable manufacturing. These innovations support the transition toward circular and low-carbon industrial systems.

Environmental research within this framework is focused on the development of advanced biosensing technologies, environmentally benign antifouling strategies, and bioremediation approaches aimed at protecting and restoring marine ecosystems. Novel sensor platforms for in situ environmental monitoring, microbial and enzymatic solutions for pollution mitigation, and nature-based solutions for habitat regeneration are being prioritized. These tools are essential for assessing ecosystem health, detecting early signs of environmental degradation, and supporting evidence-based aquatic policy and management.

In the area of food systems, we are particularly focused on next-generation aquaculture practices and the sustainable and conservative management of aquatic biological resources. Research efforts are geared towards developing low-impact, integrated production systems, incorporating digital technologies for monitoring and optimization, and improving the nutritional efficiency and resilience of aquaculture species. Emphasis is also placed on the valorisation of underutilized species and the circularity of production processes.

In the energy domain, aquatic biomass, particularly micro- and macroalgae, is being explored as a promising feedstock for the development of advanced biofuels and renewable energy systems. Investigations cover the entire value chain, from cultivation and harvesting techniques to biochemical conversion pathways, aiming to enhance energy yield, carbon efficiency, and environmental performance. In parallel, synergies with other ocean-based renewable energies, such as tidal and wave energy, are being considered to develop hybrid and integrated energy solutions.

We warmly invite you to submit your abstracts, register early, and explore what promises to be a memorable scientific and cultural experience. Details regarding abstract submission, registration, and the full program will be available on our https://www.aquabiotech2026.it/

Mark your calendars, we look forward to welcoming you to the 4th International Aquatic Biotechnology Symposium and to sharing this exciting journey with you.

With warm regards,

Prof. Luciana Tartaglione (Symposium Chair)
Prof. Dr. Meriç ALBAY (Co-Chair)

On behalf of the Scientific Committee