Nellie Technologies Ltd
4 products found

Nellie Technologies Ltd products

Nellie - Direct Air Capture (DAC) Technology with Biochar Production

Nellie employs a proprietary bioengineered Direct Air Capture (DAC) technology developed at their Mwyndy Cross site in South Wales, UK. This technology utilizes photobioreactors (PBRs) to cultivate microalgal biomass, which absorbs CO2 from ambient air, releasing oxygen and sequestering carbon. The process is supported by numerous patented and pending innovations in biomass growth and photonics. Post-cultivation, the biomass undergoes pyrolysis—a high-temperature process absent of flame—to produce PhycoChar®, a stable biochar product. PhycoChar® stores carbon securely and is used as a soil additive in agriculture, with potential future applications as a biogenic aggregate in construction and steel industries. Nellie's DAC technology contributes to significant carbon dioxide removal (CDR), representing a pivotal step in addressing climate change.

Nellie Technologies - Bioengineered Point Source Carbon (PSC) Capture Systems

Nellie Technologies is at the forefront of industrial carbon capture with its bioengineered point source carbon capture (PSC) solutions. Specifically designed for versatility and scalability, these systems address the challenges faced by hard-to-abate sectors such as steel, concrete, oil and gas, and industrial gases. By moving beyond traditional energy-intensive chemical processes, Nellie's PSC technology uses nature-inspired methods to efficiently capture and stabilize carbon. The result is lower operational costs, reduced energy consumption, and a sustainable approach with lesser environmental impacts. In addition to immediate benefits like reduced emissions and regulatory compliance, the technology supports long-term goals such as net-zero commitments and offers added revenue opportunities through carbon credits. Operating and refining their systems at trial and pilot scales, Nellie Technologies provides a strong foundation for larger-scale deployments, aiming to future-proof industrial operations and enhance brand recognition in sustainability. Partnering with Nellie allows industries to play a pivotal role in the global shift towards sustainable practices.

Nellie - Carbon Dioxide Removal Technology

Nellie helps sustainable Organisations reduce their emissions profiles through the provision of verified carbon removal certificates. Nellie is the decarboniser of last resort; our forward-thinking partners trust us to remove the emissions that they can't. We don't offer an alternative to emissions reductions for an Organisation - we remove the carbon dioxide that remains when all other efforts have been made to stop them being created in the first place. What this means is that our climate-fixing innovations are used by bodies that have implemented every possible method of stopping carbon dioxide entering the atmosphere in the first place across all of their emissions scopes. We're operational now from our UK site and our verified Carbon Dioxide Removal Certificates now available on current, ex-post and future, ex-ante agreements.

Nellie - Model WAHL - Accurate and Effective Process Control System

Nellie's WAHL system is a sophisticated solution for optimizing the carbon capture potential of algae. By leveraging specially designed photobioreactors, it capitalizes on algae's natural ability to absorb carbon dioxide. The system meticulously manages environmental factors such as water, air, heat, and light to ensure optimal growth conditions. Built-in sensors continuously monitor critical parameters like temperature, pH, nutrient levels, and irradiation. This constant surveillance allows for automatic adjustments, creating an ideal environment for algae photosynthesis and CO2 uptake. Additionally, the system provides real-time insights through user-friendly dashboards, displaying growth metrics and carbon removal performance. Advanced analytics and predictive algorithms enhance decision-making capabilities, anticipating potential challenges. Designed for adaptability, the WAHL system can be configured for different sites, taking into account unique operational parameters to maximize efficiency.