Introduction: Innovation in Aquaculture
The aquaculture industry is rapidly evolving, with sustainability and efficiency at its core. One of the latest breakthroughs is a 6000 litres transparent plastic bio-reactor, designed specifically for algae cultivation in seawater. Manufactured in Denmark in 2023, this system combines modern engineering with durable materials to deliver unmatched performance.
Technical Specifications of the Bio-Reactor
Capacity and Size
- Volume: 6 m³ (6000 litres)
- Diameter: 1927 mm
- Height: 2922 mm
- Weight: 500 kg
Operating Conditions
- Media: Seawater with algae culture
- Temperature: +20 °C
- Pressure: Atmospheric
Construction Materials
- PETG: Transparent, impact-resistant plastic, ideal for clear visibility and monitoring.
- PP-H: Polypropylene homopolymer, known for its strength, chemical resistance, and suitability in aquaculture environments.
Why Transparency Matters in Bio-Reactors
Traditional bio-reactors often limit visibility, making it difficult to monitor algae growth. This unique transparent design solves that issue:
- Easy real-time monitoring of algae culture.
- Improved light penetration, essential for photosynthetic growth.
- Faster detection of irregularities, contamination, or imbalance.
Benefits for Aquaculture and Algae Growing
1. Optimized for Algae Growth
The transparent structure supports consistent light distribution, creating ideal conditions for microalgae.
2. Built for Durability
The PETG + PP-H combination ensures the tank resists corrosion, seawater salinity, and biofouling.
3. Sustainable and Efficient
Lightweight (500 kg) compared to traditional steel tanks, reducing installation and transport costs.
4. Easy to Clean and Maintain
Smooth internal surfaces reduce algae buildup, saving maintenance time and improving operational efficiency.
Applications Beyond Aquaculture
While primarily designed for algae cultivation in seawater, the 6000L bio-reactor can also be adapted for:
- Biotechnology research: Growing microalgae for pharmaceuticals, cosmetics, and supplements.
- Renewable energy: Algae cultivation for biofuels.
- Environmental projects: Carbon capture through algae biomass.
Applications Beyond Aquaculture
While primarily designed for algae cultivation in seawater, the 6000L bio-reactor can also be adapted for:
Environmental projects: Carbon capture through algae biomass.
Biotechnology research: Growing microalgae for pharmaceuticals, cosmetics, and supplements.
Renewable energy: Algae cultivation for biofuels.
Country of Origin: Denmark’s Aquaculture Expertise
Produced in Denmark in 2023, this bio-reactor reflects the country’s leadership in aquaculture innovation. Danish engineering ensures high-quality manufacturing standards, making this reactor a reliable choice for both research and commercial use.