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Carbon Capture Technology

The Carbon Capture Technology is leveraged using a Customized Carbon Capture Bubble Filter (CCBF). The CCBF captures carbon emissions from Vehicles, Industries, Mines, Oil Refineries, Commercial Kitchens, Households, Sewage, and Effluent Treatment Plants. This carbon is converted into raw materials used in construction infrastructure, manufacture of products like Soaps, Detergents, Plastic, or Alcohol, as CO2 for gas cutting, and even converted into fertilizers.

Super Cooling System

The Super Cooling System (SCS) works on a technology that uses an electric field to extend the shelf life instead of toxic chemicals, magnets or radiation. The two-part unit, of a power supply and a panel, is fitted in the wall of the cool room of cold chain warehouses, logistics, granaries, commercial kitchens, pharmacies storing vaccines and drugs, shipping containers, or abattoirs to maintain freshness through the supply chain process.

OUR IMPACT

Carbon Capture

The CCBF captures emissions from industrial, vehicular, commercial establishments, and household flue stacks, including emissions directly from the air. This capability helps it collect vast amounts of carbon particulates and can be deployed on a megaton scale. The reduced CO2 levels in the air are visible, tangible, and measurable post-CCBF deployment.

Super Cooling System

Real-time deployment of SCS revealed that the shelf life of perishable items like fruits, vegetables, flowers, meat, and dairy rose 5-10 fold. For example, the shelf life of raw chicken increased by seven days. In addition, strawberries remained fresh even after 15 days, broccoli for 40 days, and spring onions for over 50 days, while pears remained perfect even after 180 days!

WHO WE ARE

Agnel Pereira, the Founder, has over two decades of experience setting up and leading technology-enabled companies. He was awarded 'CEO of the Year,' Southern Region, in 2021. At Zöld, he is ably supported by directors and senior leaders like Tuccio Zita, Alister Fernandez, Godfrey Fernandez, and Brendan Sweeney. The leadership team has vast experience in entrepreneurship, banking, and business development. In addition, it includes a technical and business strategy advisor, a product inventor, an expert in high-pressure equipment, and a marketing expert.

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WHY US

Zöld Science (P) Ltd. is a green technology company established in 2022. To reduce greenhouse gas (GHG) emissions and meet net zero carbon emission standards, Zöld has developed two flagship products, Carbon Capture Bubble Filter (CCBF) and Super Cooling System (SCS), along with technology partner Green Tech Pty Ltd.

Latest Technology

Zöld Science relies on continuous R&D and uses the latest technologies to discover more efficient and greener ways of working.

Methodologies

Our methodologies include creating modular systems, customized designs, effective sales, service, solvent refills

Leveraging Technology

We have leveraging technology licenses to develop sustainable solutions, including designing, building, operating, transferring, and maintaining models.

SUCCESS STORIES

The bubble filter technology has been used in sewage systems and reactors, where the aeration feature of the bubble works as a generator to lift contaminated debris and pollutants to the surface, enabling their removal.
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ANNOUNCEMENTS

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Get in touch with us to discover further information about our cutting-edge procedures and technologies that are leading in the world

Innovating Environmentally Sustainable Products

Zöld Science team leveraged sustainable and innovative technologies to create products that effectively and definitively reduce carbon footprint across industries.
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Bubble Technology

A Promising Solution for Environmental Cleaning Bubbles are more than just playful, floating spheres. In aquatic environments, they provide a comfortable and enriching habitat for aquatic life.

The outer layer of a bubble contains a powerful chemical process that breaks down materials into gases, making it a useful tool for environmental cleaning.

By manipulating the strength of a soap-like solution, the time it takes for a bubble to burst can be increased, allowing for a longer chemical reaction to occur.

This technology has been used in sewage systems and reactors, where the aeration feature of the bubble works as a generator to lift contaminated debris and pollutants to the surface, enabling their removal.