Aquaculture

Transforming Waste into Value

Aquaculture Waste & Environmental Responsibility

Based in the Shetland Islands, our innovative technology offers a powerful solution to the growing challenge of plastic waste, transforming it into valuable resources while significantly reducing environmental impact.

The aquaculture sector, vital for global food security, faces increasing pressure to manage its environmental footprint, particularly concerning plastic waste from operations. Discarded fishing nets, salmon cages, HDPE pipes, and other plastic debris often end up in landfills or pollute our oceans, contributing to greenhouse gas emissions and harming marine ecosystems. This presents both an environmental imperative and an economic burden.

Pyrolysis Technology for Aquaculture

Our containerized, modular system is specifically designed to handle a comprehensive range of aquaculture-related plastic waste, ensuring a holistic solution for the industry:

HDPE Aquaculture Pipes: Durable, high-density polyethylene pipes used extensively in fish farming infrastructure.
Fishing Nets & Salmon Cages: End-of-life netting and structural components from marine and freshwater aquaculture operations.
Other Marine Plastic Debris: Various problematic plastics recovered from marine environments, contributing to ocean clean-up efforts.
General Retail Plastics: As an added benefit, our versatile technology can also process other locally generated plastic waste, maximizing efficiency and resource recovery.

A New Era of Sustainability for Aquaculture

By integrating G-NRGY's technology, the aquaculture industry can achieve significant environmental and economic advantages, driving both corporate responsibility and operational efficiency:

Waste Diversion & Landfill Elimination

Our technology offers a true zero-to-landfill solution for your plastic waste. This eliminates the need for costly landfill fees and the environmental damage associated with traditional disposal, directly contributing to a circular economy.

On-Site Energy Generation & Self-Sufficiency

We convert your waste directly into biofuel and energy that can be utilized locally, reducing reliance on external energy sources and lowering operational costs. Imagine powering your facilities or vessels with energy derived from your own waste streams!

Drastically Reduced Carbon Footprint

By processing waste locally, we eliminate the substantial emissions associated with transporting plastics to distant mainland disposal sites. Furthermore, our pyrolysis process naturally sequesters carbon into stable forms like biochar, actively contributing to global decarbonization efforts and helping meet stringent climate targets.

Creation of Valuable By-products

We focus on sustainability by producing biochar, which improves soil health, crop yields, and carbon capture, with added uses in construction and animal care. From composite plastics like GRP, we recover glass fibers to reduce reliance on virgin materials. Our technology also enables turquoise hydrogen production from syngas, offering a cleaner fuel for applications like marine transport.

Expertise & Commitment

G-NRGY’s technology is built on a foundation of rigorous development, expert validation, and a commitment to real-world impact:

Proven Technology (TRL 7): Our process has undergone thorough review by independent subject matter experts and has achieved a Technology Readiness Level (TRL) of 7.
Strategic Collaborations: We are actively collaborating with leading EPC (Engineering, Procurement, and Construction) contractors and renowned academia in both the UK and Scandinavia.
Leadership in Sustainable Innovation: Our involvement in "Project 14: Co-conversion of Plastic and Biomass – Turquoise Hydrogen" underscores our commitment to cutting-edge research and development in next-generation sustainable energy solutions.

Frequently Asked Questions

What types of plastic waste can G-NRGY's technology process?

What are the main outputs of the pyrolysis process?

The primary outputs are clean biofuel/energy (which can be used for heat and electricity), valuable biochar, and recoverable materials like glass fibers from composites. Additionally, the process generates syngas with the potential for hydrogen production (turquoise hydrogen).

Aquaculture

Aquaculture Waste & Environmental Responsibility

Pyrolysis Technology for Aquaculture

A New Era of Sustainability for Aquaculture

Waste Diversion & Landfill Elimination

On-Site Energy Generation & Self-Sufficiency

Drastically Reduced Carbon Footprint

Creation of Valuable By-products

Expertise & Commitment

Frequently Asked Questions

What types of plastic waste can G-NRGY's technology process?

What are the main outputs of the pyrolysis process?

How does G-NRGY's technology contribute to decarbonization?

Is the technology proven and reliable?

Can this technology be deployed in remote or offshore locations?

What is the benefit of producing biochar?

How can G-NRGY help my business comply with environmental regulations?

Ready to explore how G-NRGY can help your aquaculture business