Overview
Haily is a cutting-edge technology company transforming waste into valuable resources while championing sustainability and resilience. We specialise in low-temperature pyrolysis, converting plastic waste into oil, gas, and char without harmful emissions, supporting a circular economy. Haily also develops innovative land-based and sea-surface solar energy systems, incorporating earthquake-resistant designs and AI-driven monitoring for optimal performance.
Beyond energy generation, Haily offers solutions, including AI-powered ESG reporting tools, microplastic removal technologies, and sustainable waste management consulting. Our commitment to research and development ensures continuous innovation, focusing on scalable, modular, and portable systems that can be deployed in diverse environments, from urban centres to remote islands. By integrating advanced technologies like NVIDIA chips and prioritizing earthquake-proof designs, Haily empowers communities to build a cleaner, more sustainable future.
Our Brands


Low-Temperature Pyrolysis Technology
Core Process: Converts plastic waste into usable resources like oil, gas, and char without combustion.
Applications: Raw materials for industrial use and clean energy production.
Benefits:

Land-Based Solar Energy Systems (Earthquake-Proof)
Output: Renewable energy to power Haily’s operations and local grids.
Feature: AI-driven maintenance monitoring to detect potential structural issues post-earthquake.
Benefits:

Sea Surface Solar Implementations
Floating Solar Arrays: Deployed on reservoirs, lakes, and near-coastal waters.
Design Features: Buoyant, durable materials resistant to earthquakes, storms, and corrosion.
Benefits:
PARTNERSHIP
Let’s Power a Sustainable Future, Together.
Ready to explore how Haily’s innovative waste-to-energy solutions can benefit your community or organisation? Contact us today to discuss your needs and discover how we can work together to create a more resilient and sustainable future. We’re eager to hear from you and answer any questions you may have.
