Zero Carbon Capital

Zero Carbon Capital is a venture capital firm established in 2019 and located in Hampshire, United Kingdom. The firm specializes in investing in early-stage companies dedicated to combating climate change through innovative scientific solutions. With a particular emphasis on pre-seed and seed investments, Zero Carbon Capital targets ambitious teams with the potential to develop significant, knowledge-intensive ideas that can scale to substantially reduce greenhouse gas emissions. The firm aims to support ventures across Europe and Israel that offer low-carbon alternatives and contribute to the global effort of addressing climate challenges.

Alex Gawley

Investor

Pippa Gawley

Founding Partner

6 past transactions

Actuation Lab

Seed Round in 2022
Actuation Lab specializes in manufacturing machine components designed for industries operating in extreme environments, such as marine, mining, and offshore sectors. The company focuses on addressing the challenges of high servicing requirements and limited longevity associated with traditional actuators. By utilizing innovative technology known as the Callimorph, which generates movement through fluid pressure-induced morphing, Actuation Lab's components are resilient, powerful, and lightweight. This approach not only enhances operational efficiency but also reduces servicing and handling costs, allowing industries to streamline their processes and improve overall performance.

IONATE

Seed Round in 2022
IONATE Ltd. is a technology company focused on developing advanced Hybrid Intelligent Transformers, which are designed to replace traditional transformers. These innovative power-flow control devices utilize magnetic technology to manage three essential power characteristics: voltage control, harmonic and transient removal, and power factor correction. By enhancing these functionalities, IONATE enables clients to improve energy efficiency and reduce energy losses, contributing to more effective power management solutions.

MicroByre

Venture Round in 2022
MicroByre, Inc. is a biotechnology company founded in 2017 and headquartered in Berkeley, California. The company focuses on developing genetically tractable strains from non-model micro-species, specializing in the domestication and genetic engineering of bacteria that are typically resistant to industrial applications. By utilizing a unique technology platform, MicroByre creates a reliable and generalizable domestication pipeline that supports fermentation processes. Its machine-learning platform analyzes a comprehensive dataset to identify bacteria that meet specific industrial functional criteria, facilitating precise genetic modifications. This approach provides clients with enhanced flexibility and yield while reducing the need for nutritional additives and improving contamination tolerance and phage resistance. Overall, MicroByre serves the biotechnology sector by addressing challenges in microbial utilization for industrial purposes.

Multus

Seed Round in 2021
Multus Media enables cultivated meat companies to scale affordably and profitably. We take care of the growth media, so our customers can focus on bringing delicious, sustainable meat to the world. Taking a machine learning-based approach we can design a completely animal-free growth media that is tailored for animal cells. This is particularly useful for the cultivated meat industry where there are needs of high performance at large scale. Multus Media was established in 2019 and is headquartered in London, England.

Phycobloom

Pre Seed Round in 2020
Phycobloom is using synthetic biology to create novel strains of algae that will use atmospheric CO2 to create affordable and sustainable hydrocarbons. Phycobloom’s founders are Dr. Ian Hu, who has been genetically engineering algae for a decade, and Dr. John Waite, with a background in materials science and a passion for creating the sustainable energy systems of the future.

Anaphite

Seed Round in 2020
We are a startup company based in the Unit DX incubator in Bristol UK, developing our proprietary graphene-based nanomaterials with many advanced properties.
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