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Research Layer announces the publication of its half-cooked research report—Global Agricultural Ventilation Market, 2022-2030
According to Research Layer, The global Agricultural Ventilation Market is expected to surpass USD 1654 Million by 2030 with a CAGR rate of 11.2% during the projected period.
Due to the steady increase in indoor farming techniques over the past few years, the need for agricultural ventilation fans has increased. Global demand for urban agriculture has expanded as a result of changing climatic conditions and an ever-increasing world population. Farmers have being encouraged to use indoor farming techniques, increasing demand for indoor agricultural ventilation systems. Benefits such as significantly greater yield per unit area and lower water consumption have been pushing farmers to adopt indoor farming practises. On indoor farms, agricultural ventilation fans assist in preserving the ideal temperature, humidity, and carbon dioxide ratio needed for the development of plants and vegetables. Additionally, it lowers the humidity level on plant surfaces, preventing the growth of mould or fungus.
The global Agricultural Ventilation Market has been segmented based on type, application, and region/country.
Based on the type, the Agricultural Ventilation Market has been segmented into Ceiling Fans, Circulation Fans, Duct Fans, Pit Fans, Exhaust Fans, Tube Fans, and Portable Fans.
Based on the application, the market has been segmented into Dairy/Livestock, Equine, Fairgrounds, Greenhouse, Farm Shop, Others.
The global Agricultural Ventilation Market has been analyzed for five regions—North America, Europe, Asia-Pacific, the Middle East & Africa, and South America.
Farmers are now forced to produce in a controlled atmosphere with the use of ventilation technology due to the rising demand for exotic vegetables, fruits, and flowers as well as the unpredictable meteorological circumstances. Additionally, due to the lack of available open land for cattle grazing, farmers are turning their farms into greenhouses today. These greenhouses are then equipped with agricultural ventilation systems to provide the ideal atmosphere inside. Agri-ventilation fans are also in high demand in nations with arid climates or low water tables. In these nations, farmers and harvesters like growing crops vertically since it conserves water required for crop cultivation and controls the room's temperature to maximise nutrient quality and yield growth. In turn, this is encouraging for market expansion.
Small-scale farmers, particularly those in developing and underdeveloped nations, find it difficult to adapt to cutting-edge agricultural ventilation systems like ECplus and Vplus, which enable dairy and livestock producers save between 80 and 85 percent of their energy costs. This is mostly caused by a lack of knowledge, a reluctance to switch from traditional to modern agricultural techniques, and a lack of technical expertise. Additionally, because indoor farms are typically found in densely populated urban areas, small-scale farmers find it challenging to afford the initial expense of erecting the inside structure and agricultural ventilation system. Additionally, the fact that the climatic conditions and agricultural land in a number of regions and countries, including France, Italy, Ukraine, and India, are favourable for conventional agricultural practises, contributes to small-scale farmers' resistance to switching to indoor farming techniques. The vast majority of the land in these nations is already fruitful, so much so that the farmers do not see the need to switch to such sophisticated agricultural methods by spending more money on them. As a result, there are relatively few crops that are produced inside in these areas. Therefore, the adoption of indoor farming and therefore the need for agricultural ventilation fans are hindered by the significant capital investment necessary together with farmers' resistance to adopting modern farming techniques.
The COVID-19 epidemic has disrupted food supply lines all over the world. Early on in the pandemic, constraints on transportation and illness led to a labour scarcity and a decrease in the availability of raw materials needed to make agricultural ventilation fans. The supply of feed has been further delayed by this supply-chain interruption. However, an increase in demand for vegetables cultivated inside has also been a result of the COVID-19 epidemic. The need for agricultural ventilation fans is being supported by the capacity of indoor farming to alleviate the food scarcity caused by the COVID-19 pandemic and the rising demand for crops cultivated inside. The development of feature-rich ventilation fans (formerly known as noise-proof fans) as a result of technological improvements is also anticipated to boost the market in the ensuing years.
Asia Pacific is predicted to see the market's highest CAGR of 12.5% between 2020 and 2027. The world's population is expanding, farmers are becoming more conscious of the need to switch to alternative agricultural practises, consumers' consumption patterns are changing, and there is a rising reaction against the excessive use of pesticides in the production of fruits and vegetables. Together, these elements contribute to growth. As a result of the growing construction of greenhouses and vertical farms to produce crops in response to the need to adopt new farming practises in light of irregular climatic conditions and rising food demand, agri-ventilation fans have been placed in the region.
The key players in the global Agricultural Ventilation Market are AirMax Fans, American Coolair Corp., Bigass Fan, QC Supply, New York Blower Company, Osborne Industries Inc., ebm-papst.