Project impact

Clean marine transport, nature-positive infrastructure, and community-led coastal development.

Green Haven impact

Green Haven is designed as a public, on-water platform that protects coastal nature while creating shared value for the community, marine park stakeholders, and responsible tourism. Located in a sensitive mangrove environment, it supports wildlife protection and nursery habitats through low-disturbance operations and ongoing local stewardship initiatives.

The hub includes a community education room that hosts training, school visits, safety briefings, and awareness programs, giving NGOs and partners a visible platform to run initiatives and share measurable outcomes. A solar roof generates 100+ kWh per day to power site operations and support clean charging, demonstrating practical renewable energy use in marine settings.

Green Haven also serves as a model for better coastal operations through waste-management routines, responsible visitor behavior standards, and a structured approach to monitoring and reporting, helping destinations scale nature-positive tourism in a way that benefits both ecosystems and local livelihoods.

E-propulsion impact

Electric boats deliver immediate local benefits during electric operation:

• 100% reduction in diesel exhaust at the point of use

• 100% reduction in engine-oil spill risk from diesel engines

• 85% noise reduction, improving comfort for guests, nearby communities.

Captain health & safety
Less exposure to exhaust fumes, improved hearing protection and reduced risk from exposed moving engine parts.

Tourism & nature
A smoother, quieter ride improves the guest experience and helps protect the underwater marine environment by reducing noise and disturbance.

Verification
Pilot results will be documenting through operational logging and baseline comparisons as deployments scale.

Many schools face challenges with contaminated water and limited access to safe drinking water, directly affecting student health, attendance, and learning.

H2O-Impact addresses this by installing reliable water filtration systems in schools, combined with education, monitoring, and local responsibility.

Each installation provides students with safe drinking water for an entire year at a cost of less than 100 THB per student, reducing health risks, lowering dependence on bottled water, and creating long-term awareness around water quality and hygiene—especially in underserved communities.

In emergency situations such as flooding, H2O-Impact systems can operate without electricity, allowing contaminated surface or flood water to be safely treated on-site. This enables rapid access to clean drinking water for affected communities when traditional infrastructure is damaged or unavailable.

Clean drinking water impact