Scientific Integrity for Environmental Decisions
EcoResonance Institute is an independent, science-based institute. We translate complex environmental data into decisions that can be understood, justified, and communicated.
The Institute supports and enables innovative water-related technologies that improve water quality across drinking water, swimming pools, aquaculture, irrigation, and energy systems. Its work helps advance practical, science-based solutions for safer water, more efficient resource use, and stronger environmental performance.
DrinkAble
Chlorine-free safe drinking water
The Institute advances Blue Economy projects that improve water quality, reduce pollution, and strengthen ecosystem resilience across seas, coasts, lakes, and rivers. Its activities include innovative technologies and system solutions for oil-spill response, contaminated water remediation, and long-term environmental recovery.
CoherenSea
Petroleum-free water, sand, and marine life
The Institute develops new monitoring, reporting, and verification protocols for innovative carbon credit projects. It focuses on project-specific methodologies, especially where existing frameworks do not fully capture the project’s climate and environmental benefits. This work helps enable the development of new carbon credit projects based on credible, transparent, and verifiable evidence.
EutroLakes
Methane (CH₄) reduction by eutrophic water remediation
Methods, training, and knowledge structures that strengthen institutional continuity.
Life Cycle Decision (LCD)
Making LCA results understandable, comparable, and safe to communicate
Three-day workshop on environmental sustainability, with a focus on the circular economy and case studies from the construction sector.
Attending the Goldschmidt Conference in Prague and exchanging ideas for a framework on lake remediation as a future carbon credits project.
Biosphere integrity begins with living water and the elemental cycles that sustain life. Our mission is to move this foundation from sustainability to regeneration, with water at the core of resilient systems.
