Project Description

This project involved the installation of two fully functional screen houses alongside the construction of a fish pond lined with a durable pond liner at the National Sugar Institute (NSI). The intervention was designed to establish an integrated demonstration site for modern agricultural technologies, combining protected crop production and aquaculture systems in one facility.

The screen houses were constructed to provide controlled growing environments for horticultural crops, enabling protection from pests, diseases, and adverse weather conditions while improving productivity and crop quality. At the same time, the fish pond was excavated and lined using a high-quality pond liner to ensure water retention efficiency, reduce seepage, and support sustainable fish farming practices.

The overall objective of the project was to promote practical learning, research, and demonstration of climate-smart and resource-efficient agricultural technologies. By integrating both crop production and aquaculture components, the project provided a model system for training students, researchers, and farmers on modern, intensive, and sustainable farming methods.

Project Execution Activities

Project Planning and Site Assessment

Agriscape Innovations Company Limited commenced the project with comprehensive planning and technical site assessments at the National Sugar Institute (NSI). This phase involved evaluating the suitability of the proposed locations for the construction of two screenhouses and the fish pond facility. Soil condition analysis, drainage assessment, environmental considerations, and project design specifications were carefully reviewed to ensure the successful implementation of the agricultural infrastructure project.

Procurement of Construction Materials

Following the planning phase, ASI Co. Ltd coordinated the procurement and supply of high-quality construction materials and agricultural equipment required for the project. Materials supplied included galvanized steel components for the screenhouses, insect-proof netting materials, irrigation accessories, pond liner materials, water control systems, and other essential construction inputs. The company ensured that all materials met the required technical standards for durability and operational efficiency.

Installation of Two Modern Screenhouses

ASI Co. Ltd successfully executed the installation of two modern agricultural screenhouses designed to support improved crop production, research activities, and controlled-environment farming practices. The screenhouses were constructed using durable steel frameworks and high-quality screening materials to provide protection against pests, harsh weather conditions, and crop diseases. The facilities were designed to enhance agricultural productivity and support research and training activities at NSI.

Fish Pond Excavation and Pond Liner Installation

The company carried out the excavation and construction of the fish pond facility, including the installation of a high-performance pond liner system. The pond liner was carefully installed to prevent water seepage, improve water retention, and enhance aquaculture management efficiency. The construction process included pond shaping, leveling, embankment reinforcement, and installation of water inlet and outlet channels to ensure sustainable fish farming operations.

Water Management System Development

As part of the integrated agricultural infrastructure development, ASI Co. Ltd implemented water management and irrigation support systems for both the screenhouses and fish pond facility. This included the installation of water supply connections, drainage channels, and irrigation components necessary for efficient crop cultivation and aquaculture activities. The systems were designed to optimize water usage and support sustainable agricultural practices.

Quality Assurance and Technical Supervision

Throughout the project implementation period, ASI Co. Ltd maintained strict quality assurance procedures and technical supervision to ensure that all construction and installation works complied with approved engineering and agricultural standards. Regular inspections, performance evaluations, and adherence to project timelines were prioritized to guarantee the successful delivery of the project within the approved scope and budget.

Project Completion and Handover

Upon successful completion of the construction and installation activities, ASI Co. Ltd conducted final inspections and operational assessments before officially handing over the completed facilities to the National Sugar Institute. The project delivery marked a significant contribution toward strengthening agricultural research, controlled crop production, and aquaculture development within the institute.

Project Achievements

Improved Crop Productivity Through Pest-Controlled Environments. The installation of modern screenhouses created a controlled agricultural environment that significantly reduced pest infestation and crop damage. This improved crop health, enhanced yield quality, and supported year-round cultivation for research and training purposes.

Reduced Water Loss and Increased Efficiency Using Pond Liner Technology

The use of high-quality pond liner technology minimized water seepage and improved water retention within the fish pond facility. This enhanced water management efficiency, reduced operational costs, and supported sustainable aquaculture practices.

Established a Model Farm for Training Students and Farmers

The completed facilities provided a practical demonstration and learning center for students, researchers, and local farmers at the National Sugar Institute. The project enhanced hands-on training opportunities in modern crop production and fish farming techniques.

Promoted Integrated Farming Practices

The integration of screenhouse crop production with aquaculture activities encouraged sustainable and diversified farming systems. This approach supported efficient resource utilization, improved agricultural productivity, and promoted modern integrated farming practices within the institution.