Prodolita

We supplied custom air purifiers for Boston University. Powered by IoT smart connectivity, the devices enable real‑time remote monitoring and unified management. Equipped with premium HEPA‑standard filters, they achieve exceptional purification efficiency to remove harmful airborne particles.Well‑suited for busy university premises such as lecture halls and labs, our units sustain clean indoor air and safeguard breathing comfort for all campus occupants.

Our PT02 air purifiers are in operation within Singapore universities. Featuring robust IoT smart connectivity, PT02 enables remote monitoring and centralized device management. Built‑in premium HEPA‑grade filters deliver outstanding purification power to remove harmful airborne particles.Optimized for densely‑populated campus environments such as lecture theatres and libraries, PT02 ensures consistent clean indoor air, safeguarding breathing comfort for students and university personnel.

Our custom air purifiers are applied in US casinos. Equipped with IoT technology, they boast strong purification capacity. The devices effectively eliminate harmful airborne particles, optimize indoor air for large casino premises, and ensure safe and comfortable breathing for everyone on‑site.

Our clients in New York also ordered custom advanced air purifiers. Equipped with high‑performance filters and meeting high‑grade HEPA standards, they quickly absorb harmful airborne particles, clean bus interior air, and safeguard passengers’ respiratory well‑being.

Our custom air purifiers are widely used across Singapore hospitals. Built to HEPA standards and fitted with premium air filter elements, they maintain clean indoor air and protect hospital personnel against respiratory risks.

Here’s a disturbing fact : 9 out of 10 people breathe air contaminated with high levels of pollutants.

IoT-enabled smart buildingsare the future of commercial real estate, and can help stakeholders improve efficiency, reduce costs and enhance comfort and productivity for occupants.

Radon infiltrates buildings through cracks in foundations, gaps around pipes, and other openings. It may also dissolve in groundwater, releasing into the air when water is used.

This system provides a robust, scalable solution for automating tomato farming environments. Farmers can achieve higher yields, reduce resource waste, and lower operational costs.

This system enhances yield by 30-40%, reduces labor by 50%, and cuts energy/water use by 25% through precise, data-driven automation. Suitable for small-scale to industrial farms.

This ZigBee-based automatic environment control solution provides a reliable, efficient, and scalable approach to optimizing oyster mushroom cultivation environments.

Carbon dioxide (CO₂) is a naturally occurring gas essential for life on Earth. However, its concentration in the atmosphere has been increasing due to human activities, leading to various impacts on both humans and plants.

Grow room and indoor greenhouse growers agree that for optimum plant growth, you should enrich the air around the plants with carbon dioxide(CO2) during the daylight growth cycle.

Indoor farming is farming done inside of a building. Although, it’s not always alike, since indoor farming can take a lot of different forms:
Single layer – where you don’t take advantage of the possible space available.
Multiple layers – either vertically or horizontally.