Laboratories R&D Centre

About our  R & D

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Welcome to our Bionanotechnology R&D Centre! We are dedicated to advancing research in the field of turf health and water quality using cutting-edge technologies and innovative solutions. Our team of experts is committed to developing sustainable solutions that promote healthy turf and clean water resources. The benchmark of our Aquaritin products is to manufacture products that worked synergistically with natural ecosystem that they do not harm the environment or the beneficial organisms. Our R&D team is working to diversify the Aquaritin portfolio to meet the needs of a changing global environment. The challenges presented by a warming planet occupies our thoughts and at Aquaritin we are striving to develop nutrient solutions to strengthen plants to withstand biotic as well as abiotic stresses. We are also exploring the possibility of acceleration of plant and animal growth through the technology. The growing challenge of high level of oxygen demand, dissolved salts and suspended solids in irrigation water is the primary research objective in the wastewater domain. The company has developed a avant-garde insitu solution for remediation. It leads the remediation sector globally with over 5000 clients worldwide using Aquaritin wastewater products.

Laboratories

Nanobiotechnology Lab

The Nanobiotechnology Lab focuses on harnessing the potential of microorganisms such as bacteria, fungi, and actinomycetes as biostimulants, plant growth promoters, and biocontrol agents. This research aims to combat harmful algal blooms (HABs) and phytopathogens, which are major threats to ecosystems and agriculture. Through in-depth investigation and experimentation, the lab aims to uncover the unique characteristics and mechanisms of these microorganisms to enhance plant growth, increase crop yields, and mitigate the impact of HABs and phytopathogens. The lab's ultimate goal is to develop innovative solutions for sustainable agriculture, environmental protection, and effective disease management in crops.

Phycosynthesis Lab

The lab focuses on the growth and maintenance of algae using advanced photobioreactors. These controlled environments provide optimal conditions for the cultivation of various algae species. The lab utilizes three specialized bioreactors to facilitate the growth of different microorganisms. These bioreactors are designed to support the cultivation of bacteria, fungi, and algae individually, providing a versatile platform for various research purposes.

Nanoformulation Lab

The Lab focuses on managing turfs and improving water quality through innovative bio-nano formulations. It synthesizes organic fungicides tailored for effective turf disease management, leveraging nanotechnology for efficiency and environmental friendliness. These formulations enhance turf health and longevity. Additionally, the lab designs bio-nano formulations to optimize water quality, addressing challenges in irrigation and wastewater management. Nanotechnology enables contaminant removal and irrigation practice optimization, contributing to improved water quality.

Wastewater Testing Lab

The Wastewater Testing Lab is dedicated to monitoring the efficiency of wastewater treatment processes. Through the use of advanced equipment and analytical techniques, the lab analyses the quality of wastewater before and after treatment. By comparing these results, the lab determines the effectiveness of various treatment methods and identifies areas where improvements can be made. This crucial work plays a vital role in ensuring the proper functioning of wastewater treatment systems, optimizing their performance, and ultimately protecting the environment and public health.
In our wastewater testing laboratory, we employ meticulous and highly precise laboratory-based testing methods to analyse samples of wastewater and water. Our comprehensive testing regimen encompasses a wide range of physicochemical parameters, microbiological tests, as well as the determination of algae identification in wastewater. Additionally, we conduct thorough analyses of algae spectrums present in the samples. We are equipped to detect and assess emerging contaminants such as microplastics, pesticides etc. Through our specialized expertise and state-of-the-art facilities, we ensure the accurate and reliable assessment of water quality to support environmental monitoring and public health initiatives.

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