Jiayan (Beijing) Environmental Technology Co., Ltd. products

Container farm is an intelligent production mode that uses container structure, integrates computer and intelligent sensing system to automatically control environmental conditions such as temperature, humidity, light, C02 concentration and nutrient solution required for plant growth, so that plant growth and development are not restricted by natural conditions. The container farm adopts hydroponic or aeroponic cultivation method, which can avoid the pollution of pesticides and herbicides on food and provide green organic fruit and vegetable products. Container farm is suitable for planting fruits and vegetables in harsh environments such as cities, plateaus, islands and polar regions

The plant growth rooms precisely control various environmental factors such as temperature and humidity through the intelligent control system, so as to achieve the ideal demand environment, and realize the research of combining the accurately simulated environment in the laboratory with the natural environment in the farm. In the field of plants, plant growth rooms adopt smart control systems to automatically control environmental conditions such as temperature, humidity, light, C02 concentration, and gases required for plant growth, achieving an efficient cultivation system for year-round plant growth. The plant growth rooms can achieve the full life cycle cultivation of various plants such as wheat, rice, corn, soybeans, tomatoes, and trees, also available for Arabidopsis, tobacco, leafy vegetables, flowers etc.

Tissue culture is a technique that uses the cell totipotency feature to separate the tissue, organ or cell, protoplast, etc. that meet the needs from the plant body, and cultivate them on the culture medium containing various nutrients and plant hormone under sterile conditions to obtain regenerated complete plants. A tissue culture room is an efficient culture system that utilizes a smart control system to automatically control the environmental conditions such as temperature, humidity, light, and gas required for plant cultivation, meeting the needs of the tissue culture environment.

The germplasm bank with low-temperature and low-humidity is a professional facility used to achieve long-term storage of various samples such as germplasm and microbial strains. The purpose is to explore and collect various germplasm resources, scientifically store them, and ensure that the germplasm still has its original genetic characteristics and high germination rate after more than a decade or even decades. The germplasm bank is of great significance for improving varieties, cultivating new varieties with high yield, high quality, and strong stress resistance, as well as providing rich germplasm and research materials for theoretical research in biology.

Plant factory is an efficient agricultural system to realize plant year-round cultivation through the IoT control system in closed facilities. It is an advanced stage of modern facility agriculture development, a production system with high investment, high technology and fine equipment, and an industrial agricultural system integrating biotechnology, engineering technology and system management. Plant factory is a smart production mode that uses computers and intelligent sensor systems to automatically control the temperature, humidity, light, CO2 concentration, nutrient solution and other environmental conditions required for plant growth, so that the growth and development of plants in the facility are not restricted by natural conditions.

Application: Breeding accelerator is a new breeding carrier and technological means in the era of big data. Compared with traditional breeding, the breeding accelerator has the characteristics of faster detection speed, lower cost, high throughput, and can perform gene detection and feedback on more plants with more efficiency. A major direction of modern agricultural breeding is the quality trait improvement to obtain larger fruits/seeds, higher oil content (oil crops), more developed root systems, etc. Breeding accelerators can quickly obtain a large amount of plant phenotype information, and complete the selection of the fittest seeds through gene editing. 

Application scope: Used in experiments such as plant germination, tissue culture, plant cultivation, algae cultivation, mutant screening, etc. It is an indispensable experimental equipment for production and research departments such as biology, agriculture, and forestry.