Outdoor Container all-in-one PSA Nitrogen Plant is the compact Nitrogen Generator designed for customers who need
all-in-one solution. For some customers, their site area is limited, and
they prefer one container nitrogen generator every part inculded. Some
cusotmers need the nitrogen generator have low noise, rain proof, this
container type nitrogen plant is the ideal solution.
Air Compressor suction
air from atmosphere,then the compressed air enters one air treatment
part to get rid of dust,water, dust,etc, achieving clean and dry
compressed air. This air treatment part mainly consists of three
filters, one Refrigerant Dryer and one activated carbon oil remover.
After treatment, the compressed air enters one air tank to make air
stable. Then the compressed air enters PSA nitrogen/oxygen separator.
After passing through this nitrogen/oxygen separator part, nitrogen is
collected. The produced nitrogen enters one nitrogen buffer tank. At the
outlet of nitrogen buffer tank, stable and qualified nitrogen is sent
to using point.
Below is a container nitrogen generator with 98% purity, 1200 Nm3/hr flow rate.
Container nitrogen generator technical specification
Flow rate: 5-2000 Nm3/hr
Container Nitrogen Generator,Container Psa Nitrogen Generator,Containerized Nitrogen N2 Generator,Container Nitrogen Gas Generator Shandong Gamma Gas Engineering Co. Ltd. , https://www.gammagases.com
(a) Three temperature points:
Different crops have their own "three base points" for their temperature requirements, ie the lowest temperature, the most suitable temperature, and the highest temperature. The three-point requirements of crops are generally closely related to their origins. They are native to temperate regions and have a low temperature at the growing base. They generally begin to grow at about 10°C; they originate in the subtropics and begin to grow at 15°C to 16°C; they originate in the tropics. Ask for higher temperatures. Therefore, according to the different temperature requirements, crops can be divided into three categories of cold resistance, semi-cold resistance and cold resistance.
(1) Cold-resistant crops have strong cold resistance and moderate fertility. The biennial species of these plants are generally not tolerant to high temperatures, and when the heat arrives, they grow poorly or die prematurely when they complete the reproductive growth stage. Perennial species or aboveground dead, winter perennial or plant winter. Such crops can generally be cultivated in winter and even overwintered on land by using simple protection facilities such as small sheds in North China. Such as pansy, snapdragon, hollyhock, leeks, spinach, green onions, grapes, peaches, plums and so on.
(2) Semi-cold crops These crops have cold tolerance between cold tolerance and non-cold crops and are resistant to frost but do not tolerate low temperatures below long-term oY. Generally, it can be exposed in winter or in open field in the south of Huanghuai, and facilities cultivation is needed in the north of Huanghuai. Such as violet, calendula, radish, celery, cabbage, cabbage, seedlings, peas and beans. The optimum temperature for the assimilation of these plants is 18°C-25°C; over 25°C, the growth is poor, and the assimilation function is weakened; when the temperature exceeds 30°C, almost no assimilation product can accumulate.
(3) Cold-tolerant crops During the growth period, the higher temperature is required, and the low temperature below o°C cannot be tolerated. Generally, it grows during the frost-free period, and is mostly annual or perennial greenhouse plants. Among them, thermophilic plants such as primrose, cineraria, camellia, cucumber, tomato, eggplant, and kidney bean, etc., have a suitable growth temperature of 20°C to 30°C, and almost stop growing when the temperature exceeds 40°C, and when the temperature is lower than 15°C. At °C, poor growth or pollination, poor fertilization. Therefore, the winter production of such plants can only be carried out in warmed greenhouses.
(b) Flower bud differentiation and temperature:
Many wintering plants and perennial woody plants are required for low temperature in winter, and the necessary low temperature can be achieved to complete flower bud differentiation and flowering. This is very important in the cultivation of fruit trees. When aiming at early maturation, how to break the dormancy is the most important issue in the cultivation of fruit trees. This requires grasping the low temperature demand of different fruit trees to relieve dormancy.
Purity: 95-99.999%
Outlet perssure: 5-200 bars(72.5-2900 psi)
Temperature will affect the activity of some enzymes in the crop, and thus affect crop growth. Therefore, the temperature in the facility has a great influence on the crop growth. Now, with the aid of the temperature-related parameters in the facility, the temperature of the facility will be used to introduce the influence of the temperature environment of the facility on the crop growth.