From controlled-environment agriculture and hi-tech greenhouses to advanced research infrastructure, tissue culture laboratories and hydroponic systems, Saveer provides customized solutions for diverse agricultural and biotechnology requirements.
Saveer Biotech specializes in agricultural and biotechnology infrastructure solutions, with expertise spanning controlled-environment cultivation, hi-tech greenhouses, research facilities, plant tissue culture, hydroponics, vertical farming and specialized agricultural infrastructure. Our solutions are developed around the specific requirements of research institutions, agricultural organizations, commercial projects and other controlled-cultivation applications.
Yes. Saveer provides turnkey project solutions covering key stages of project development, from conceptualization and planning through design, manufacturing, installation and commissioning. Depending on project requirements, our services can also include training, consultancy and technical assistance, providing a coordinated approach to developing complete agricultural and research infrastructure.
Yes. Customization is an important part of Saveer's project approach. Solutions can be developed according to factors such as crop requirements, location, climatic conditions, facility requirements, automation level and specific research or production objectives. This allows each project to be planned around its intended application rather than following a one-size-fits-all approach.
A hi-tech greenhouse is a controlled cultivation structure designed to provide greater control over growing conditions than conventional protected cultivation systems. Depending on the project, a hi-tech greenhouse can incorporate environmental control, irrigation, fertigation and automation systems to create conditions suited to specific crops, research activities or production objectives.
Saveer offers greenhouse and protected-cultivation solutions for different applications, including Research Greenhouses, Commercial Greenhouses, Demonstration Greenhouses, Retractable Roof Greenhouses, Containment Greenhouses, Rainout Shelters, Walk-in Tunnels and crop-specific controlled cultivation systems. The configuration of each greenhouse can be adapted to the intended crop, application and environmental requirements.
Yes. Greenhouse systems can be customized according to crop requirements and local climatic conditions. Project planning may consider factors such as the environmental conditions required for cultivation, greenhouse structure, irrigation and fertigation requirements, and the level of automation needed for the application.
A research greenhouse is a controlled cultivation facility designed to support plant research, experimentation, trials and crop studies. Research greenhouses can be configured around the specific environmental and operational requirements of the research programme, helping provide controlled and consistent conditions for plant studies.
A plant growth chamber is a controlled-environment facility used for plant research in which environmental conditions can be regulated according to experimental requirements. Growth chambers can support controlled plant studies where researchers need greater consistency and control over growing conditions. Saveer develops customized growth-chamber solutions as part of its research infrastructure offering.
A phytotron facility is an integrated research environment in which growth chambers and greenhouses can be organized to simulate different environmental conditions under controlled climatic conditions. Such facilities can support plant research requiring controlled environmental conditions and the study of plant responses under different combinations of environmental factors.
A speed breeding facility is a controlled research environment designed to support rapid generation advancement in crop breeding programmes. By providing controlled conditions suited to breeding objectives, speed breeding infrastructure can support researchers working toward faster crop-generation cycles and advanced plant breeding studies. Saveer provides specialized speed breeding infrastructure as part of its research facility solutions.
A plant tissue culture laboratory is a specialized facility where plant cells, tissues or organs are grown under controlled and aseptic conditions using suitable nutrient media. Tissue culture facilities can support systematic plant multiplication and the production of quality planting material for research and commercial applications. Saveer provides customized tissue culture infrastructure and equipment solutions, including tissue culture racks, bioreactors and laminar-air-flow systems, and has completed 200+ turnkey tissue culture projects.
Hydroponic farming is a cultivation approach in which plants are grown through a controlled water-based growing system rather than conventional soil-based cultivation. Hydroponic systems can be developed for different cultivation applications and can be integrated with greenhouse infrastructure, irrigation, fertigation and automation systems according to project requirements. Saveer provides customized hydroponic solutions as part of its controlled-cultivation infrastructure offering.
Vertical farming is a cultivation approach in which plants are grown in vertically arranged growing systems to make efficient use of available space. Saveer provides vertical farming solutions for indoor, container and greenhouse applications. Depending on the project, systems can incorporate controlled irrigation and fertigation, automation and PAR LED lighting.
There is no single fixed cost for a greenhouse or agricultural infrastructure project because the investment depends on the project size, crop, location, climate, structure, equipment, automation level and specific technical requirements. Saveer follows a project-specific approach, developing the design and quotation after understanding the site's requirements and intended application.
Yes. Installation and commissioning form part of Saveer's project and service offering. Depending on the project, Saveer can also provide training, consultancy and technical assistance to support the implementation and operation of the developed infrastructure.
Saveer's project approach includes customization and working with existing infrastructure. Existing greenhouses and research facilities can be assessed for potential upgradation, modification or retrofitting, depending on their technical condition and project requirements.
Saveer follows a project-oriented approach that begins with understanding the application and technical requirements. The process can include Requirement Understanding, Conceptualization, Planning, Design, Manufacturing, Installation and Commissioning. Additional training, consultancy and technical assistance can be incorporated according to project requirements.
To request a project proposal or quotation, share your project type, location, approximate area, crop or research objective and specific technical requirements with the Saveer team. Our team can review the requirements and develop a project-specific solution based on the intended application and infrastructure needs.
Whether you are planning a hi-tech greenhouse, research facility, plant growth chamber, speed breeding facility, phytotron, tissue culture laboratory, hydroponic system or vertical farming project, Saveer can work with you to develop a solution around your specific requirements.