Photobioreactor Manufacturer in Nepal
Dhruv Fabrotech is Leading Photobioreactor Manufacturer, Supplier in Nepal
Photobioreactor Manufacturer in Nepal – Dhruv Fabrotech
Dhruv Fabrotech, an India-based photobioreactor manufacturer operating from Pune, Maharashtra, builds these systems with the ability to manage light exposure, temperature, pH, dissolved oxygen, CO₂ supply, aeration, mixing, nutrients, and culture circulation within one connected setup.
As a Photobioreactor Manufacturer in Nepal, Photobioreactor Supplier in Nepal, and Photobioreactor Exporter in Nepal — also referred to as a Photo Bioreactor Manufacturer in Nepal — Dhruv Fabrotech supplies systems used across biotechnology, algae research, biofuel studies, environmental research, nutraceutical development, biomass studies, agriculture, and academic research. Equipment is manufactured in India and exported to laboratories, universities, and research organizations in Nepal based on their working capacity and research application.
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Photobioreactor Manufacturer in Nepal – Dhruv Fabrotech
Dhruv Fabrotech manufactures photobioreactors and fermentation equipment in Pune, India, and can provide suitable systems for customers in Nepal. The company's expertise spans photobioreactors, laboratory fermenters, research fermenters, bioreactors, pilot-scale fermenters, industrial fermenters, bio fermenters, and customized biotechnology systems.
Photobioreactor systems can be configured according to:
Buyers evaluating a Photobioreactor Manufacturer in Nepal for their laboratory or research project can discuss their intended organism and application directly with the Dhruv Fabrotech team before finalizing a configuration. The company manufactures in India and exports finished equipment to Nepal — it does not operate a manufacturing facility within Nepal.
Types of Photobioreactors
Photobioreactors are available in different designs based on the organism, scale, lighting, mixing method, and research requirements.
Tubular Photobioreactor
Tubular systems circulate culture through transparent tubes, providing good light exposure and controlled conditions for algae cultivation and research.
Flat Panel Photobioreactor
Flat-panel designs offer a short light path and high illuminated surface area, making them suitable for algae research, strain studies, and biomass development.
Bubble Column Photobioreactor
Bubble column systems use rising air bubbles for mixing, gas exchange, CO₂ distribution, and culture circulation, making them useful for selected laboratory applications.
Airlift Photobioreactor
Airlift photobioreactors circulate the culture using air movement rather than conventional mechanical agitation, supporting controlled mixing and gas transfer.
Laboratory Glass Photobioreactor
Dhruv Fabrotech's 2 L–20 L laboratory photobioreactors use transparent borosilicate glass for algae cultivation, research, education, strain development, and process optimization. The glass design also allows direct visual observation.
Customized Photobioreactor
Dhruv Fabrotech provides Customized Photobioreactor in Nepal solutions based on capacity, organism, lighting, CO₂ supply, temperature, pH, dissolved oxygen, aeration, mixing, sensors, and automation requirements.
Technical Specifications of Photobioreactors
| Technical Parameter | Specification & Details |
|---|---|
| Capacity Range | 2 Liters to 20 Liters (Model series DFPBR2L to DFPBR20L) |
| Vessel Construction | High-quality Borosilicate Glass or transparent acrylic/polycarbonate with SS 316L components |
| Illumination System | Controlled LED lighting system (Adjustable light intensity & photoperiod timing) |
| Gas Delivery & CO₂ Supply | Aeration with controlled CO₂ enrichment supply & rotameter / Mass Flow Controller (MFC) |
| Mixing & Circulation | Airlift gas circulation, bubble column, or gentle mechanical agitation to prevent shear stress |
| Sensors & Monitoring | pH sensor, Optical DO sensor, PT100 temperature probe, Light intensity sensor |
| Automation Level | Manual, Semi-Automatic, or PLC-based touch screen interface with data monitoring |
Key Features of Our Photobioreactors
Feature availability depends on the model and configuration selected.
Benefits of Using a Photobioreactor
Closed or controlled systems allow more effective management of culture conditions than uncontrolled cultivation.
A controlled reactor can reduce exposure to external contaminants compared with an open cultivation environment.
Lighting can be managed according to the needs of the photosynthetic organism.
Controlled gas supply provides CO₂ required for photosynthesis.
Culture circulation helps distribute light, nutrients, CO₂, and heat evenly.
Sensors track critical cultivation parameters throughout a run.
Controlled operating conditions support more comparable experiments over time.
Lab-scale photobioreactors can provide controlled algae cultivation without requiring large outdoor pond areas.
The same core technology supports research across biotechnology, environmental science, agriculture, biofuels, and biomass development.
Research results can support subsequent pilot-scale development.