Carbon capture technology that cuts cost by 80%, improves energy efficiency by 70%, reduces system footprint by 90% - a compact system retrofittable for space-constrained shipping industry

We offer a point-source carbon capture system that can be retrofitted on board ships. The compact design enables retrofitting into other heavy-emitting industries such as power plants, cement, steel, and chemicals, where over 50% of existing facilities face space constraints

• 80% lower cost of capture compared to traditional solvent absorption technology
• 90% smaller system footprint for space-constrained applications -70% more energy efficient than conventional carbon capture methods

Dry factory air to 10% RH 24/7, cutting energy 90% and maintenance 50% for plastics & battery plants, and data centers saving US$200K annually

Floor-standing AIQUA-A1 uses patented hygroscopic hydrogel and heat-free mechanical squeeze to dry 250 m³/h from 60% to 10% RH using <0.3 kWh

• 6–20× higher moisture removal per kWh than best incumbents
• 99% lower regeneration energy (0.02 kWh/kg vs 2–3 kWh/kg)
• Patented hydrogel chemistry + mechanical squeeze IP secures annuity-style cartridge business

An integrated solution for thermal management and thermal runaway prevention, with lower cost and better performance

Composite uses multiple phase changes to provide passive cooling and heating, absorb heat during thermal runaway, and release fire-suppressing gases. It comes as flat sheets, corrugated sheets, or gel and fits easily into any battery pack

• Localises thermal runaway (only a 1.5-mm layer is needed to keep the protected cell safe) and helps meet the new GB 38031-2025 mandatory requirement
• Drop-in and fully passive, only adds 15% to pack volume and 10% to pack cost

Engineer next-generation passive cooling coatings that drastically lower surface temperatures and generate energy savings

PasteCool Ultra Heatshield is Entropy Lab's flagship nano-engineered cooling paint, designed to combat urban heat and reduce energy consumption, especially for concrete surfaces in tropical climates like Singapore

• High solar reflectance index - cools over 6°C better than standard paints
• Zero VOC, water-based with 65% lower carbon footprint
• All-weather UV resistance and safe for long-term use

Neusla recovers high-purity silicon from end-of-life solar panels and upcycles it into battery-grade material—clean, cost-efficient, and compliant

Neusla turns PV waste into high-value silver and silicon. Low-temp delamination preserves quality and produces nano-Si for energy storage, delivering up to 7× higher revenue than existing recycler

• Cost differentiation: Specialises in extracting and purifying silicon to battery-grade standards—a rare capability in the market.
• Customer benefit: Premium recycled silicon at lower cost and emissions than virgin production.
• Circular business model: Unlike traditional recyclers focused purely on material recovery, Neusla prioritises sustainability and circularity to meet corporate ESG goals.

Smart electrochromic glass for buildings—cuts cooling costs by up to 42%, enhances comfort, requires zero energy, and preserves clear views

SoLEC is a solar-powered, automatic, light-adjustable electrochromic glass that reduces building cooling load, blocks glare, and maintains clear outside views without external electricity

• High energy savings -Clear view with glare control
• Competitive cost with proven technology