Sustainability Summary

This is an unclaimed profile. Klyk has not joined Sustainability Tracker to verify their sustainability credentials. We gathered what we could from public sources.

Klyk Sustainability Profile

Sustainability Summary

This is an unclaimed profile. Klyk has not joined Sustainability Tracker to verify their sustainability credentials. We gathered what we could from public sources.

What do our labels mean?

Klyk is a UK-based climate biotech founded in 2019 and based in Cambridge with operations in Malaysia. The available sustainability-related content links the brand to scalable, net-negative carbon biofuels developed from proprietary marine microalgae. It is described as using seawater, desert environments, CO2 and sunlight, with no genetic modification, no fresh water and no competition with arable land. The company is backed by Clean Growth Fund. No additional sustainability information about Klyk itself is provided in the source content.

About Klyk

Status
Unverified

Website
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Employees
5 - 25

Country
United Kingdom

Klyk Services

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Klyk offers Circular Economy Consulting by partnering with businesses to transition towards sustainable technology practices. Through personalized consultations and account management, they help companies effectively incorporate refurbished tech, reduce e-waste, and adopt a circular economy model, thereby minimizing carbon footprints and enhancing cost-effectiveness.

Serviceable Locations: United Kingdom

Product Supply Chain & Circularity

Circular Economy Consulting

Klyk Sustainability Actions

Founded climate biotech in 2019

Founded in 2019 by Dr John Archer (Cambridge), Dr Noor Azlin Mokhtar, and Suhaiza Jamhor, HutanBio is a UK-based climate biotech developing scalable, net-negative carbon biofuels from proprietary marine microalgae.

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Developed marine microalgae fuel

Their proprietary marine microalgae strain, Sphaerica — discovered through a multi-year bioprospecting programme in extreme tropical marine habitats — delivers up to 10x the yield of previous algae and oil crops. No genetic modification. No fresh water. No competition with arable land. Grown on seawater, in desert environments, using only CO2 and sunlight.

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