Clarisk Sustainability & Engineering Partners
We help businesses, innovators and researchers build ESG into engineering decisions from day one, powered by Australia's first homegrown, AI supported life cycle assessment platform. Designed and built in Adelaide.
Working with partners across Australia, Asia, Europe and the Middle East
Clarisk grew out of research at Adelaide University. We combine life cycle assessment, techno economic analysis, social sustainability, machine learning and large language models (LLMs) to help organisations navigate the energy and climate transition with confidence.
We integrate ESG principles, materiality assessment and life cycle thinking into process design, technology selection and investment decisions at the earliest stage, where the biggest gains are made.
Our cost effective software brings rigorous LCA and techno economic analysis within reach of small and medium enterprises, not only multinationals with large consulting budgets.
We are engineers first. Every assessment rests on process engineering fundamentals, transparent data sources and internationally recognised standards.
From concept stage screening to mandatory climate disclosure, one engineering led team. See every service →
ESG integrated design reviews, sustainability screening of technology options and decision support for early stage investment.
Cradle to gate and cradle to grave assessments to ISO 14040 and 14044, accelerated by our AI supported platform.
Group 1 is reporting, Group 2 is now in scope and Group 3 follows from 2027. Built on real emission factors, not proxies.
One platform, full sustainability intelligence. Australia's first homegrown LCA platform of its kind. Explore all four products →
Australia's first homegrown, AI supported life cycle assessment platform.
ESG supported, commercial grade techno economic analysis, by engineers for engineers.
2X more cost effective than other providers. Built to raise your team's productivity, not to replace its judgement. Your partner in change.
Affordable, credible assessment and reporting for the climate transition, without enterprise budgets.
Early stage LCA and TEA for hydrogen, low carbon fuels, carbon capture and recycling.
Tools, collaboration and methods that move new technology from the lab to the market.
International experience, global best practice, Australian engineering pragmatism.