Frequently Asked Questions

Aqua Mitra is an aquaculture engineering company that designs and builds infrastructure for shrimp farming operations — including biofloc ponds, nurseries, hatcheries, microalgae cultivation systems, effluent treatment plants, and water storage reservoirs. We handle everything from civil works and HDPE lining to commissioning.

We primarily serve aquaculture and industrial clients across India, with our base of operations in Gudur, Andhra Pradesh. We take on projects across coastal and inland regions depending on site feasibility.

Yes. We manage the full project lifecycle — site assessment, engineering design, civil construction, HDPE lining, systems integration, and final commissioning — as a single accountable partner.

Yes, we provide post-installation support to address operational issues and help clients maintain their infrastructure. Specific maintenance terms are discussed as part of the project agreement.

Biofloc technology uses beneficial microorganisms to convert waste into a food source within the pond, improving water quality, reducing water exchange needs, and supporting higher stocking densities than traditional pond systems.

Pond sizes are engineered around each client's site area, budget, and production targets — from small-scale trial ponds to large commercial-scale biofloc systems. We assess your site and requirements before recommending a configuration.

We use HDPE (High-Density Polyethylene) geomembrane lining, chosen for its durability, UV resistance, and leak-proof performance in continuous aquaculture use.

Timelines vary with pond count, size, and site conditions. Smaller single-pond projects can be completed in a few weeks, while larger multi-pond farms take longer. We provide a project-specific timeline after the initial site assessment.

A nursery system is an intermediate rearing stage where post-larvae are grown to a hardier juvenile stage before stocking into grow-out ponds. This improves survival rates and gives farmers better control over early growth stages.

Yes, nursery systems can be designed to work alongside existing pond infrastructure, allowing farmers to add a dedicated nursery phase without rebuilding their entire operation.

Stocking density depends on system design, aeration capacity, and water management approach. We size each nursery system to the client's target production and site capabilities.

We build complete hatchery infrastructure including broodstock maturation tanks, larval rearing tanks, post-larvae (PL) tanks, and supporting water treatment and reservoir systems.

Yes, each stage — maturation, larval rearing, and PL — has distinct water quality and system requirements, and we design and build each tank type accordingly within an integrated hatchery layout.

Hatchery systems are supported by filtration, water storage reservoirs, and treatment infrastructure designed to maintain the stable water quality required for sensitive larval stages.

Our cultivation systems are designed to support high-value species including Dunaliella salina, Nannochloropsis, and Haematococcus, among others, depending on the client's production goals.

Microalgae serves as a live feed source for larval and juvenile stages, supports water quality management, and can be cultivated as a standalone product for bio-based applications.

We design scalable cultivation systems — from tank-based setups to larger production units — engineered for the light, aeration, and water quality conditions each species requires.

An Effluent Treatment Plant (ETP) treats wastewater before it is discharged or reused, protecting surrounding water bodies from contamination and helping operations meet environmental compliance requirements.

Our ETP systems are engineered around the specific effluent characteristics of each site, typically including settling, filtration, and treatment stages sized to the operation's discharge volume.

We design ETP systems with environmental compliance in mind. Specific regulatory requirements vary by state and site, and we work with clients to align system design with applicable standards.

A dedicated reservoir secures a reliable water supply for operations, reducing dependency on borewells or tankers, buffering against seasonal shortages, and supporting continuity of production.

Where site conditions allow, we can integrate rainwater harvesting — catchment collection and filtration — into new or existing reservoir systems to supplement water supply.

We use HDPE geomembrane lining for water storage reservoirs, selected for its leak-proof, UV-resistant performance across long-term continuous use.

Project cost depends on scope, site conditions, size, and the specific systems involved. We provide a detailed quote after understanding your requirements — contact us to discuss your project.

Our process typically starts with a site visit and requirement discussion, followed by design and proposal, civil and engineering execution, systems installation, and final commissioning and handover.

Yes, site visits and feasibility assessments are part of our standard process for evaluating land, water source, and infrastructure requirements before finalizing a project design.

You can reach out through our contact form, email, or phone with details about your project, and our team will follow up to discuss requirements and schedule a site visit if needed.