1.can be custom a hot exchange system for raising pigs,cattles, chickens

2. the schematic diagram is as follows:

The core component of the HESOX system is a full heat exchange chamber. The dirty air discharged from the house and the fresh air sent in the room exchange temperature through the heat transfer pipe, thereby achieving the effect of both ventilation and indoor temperature stability.

3. what can bring to the customers:

Heat exchange energy-saving input-output ratio

Taking Hebei and Shandong as examples

Each pig house is fed with 1,000 fattening pigs. The fresh air volume is 17000m^3/h, the outside temperature is -10C°, and the required temperature is 18C°. To warm the outside air to the required temperature of 18C°.Need electric heating, need energy consumption 170KW/h

4. the product is special.

CFD software is the abbreviation of Computational Fluid Dynamics software. It is a software specially used for flow field analysis, flow field calculation and flow field prediction. Through CFD software, it is possible to analyze and display the phenomenon that occurs in the flow field, predict performance in a relatively short period of time, and achieve optimal design effects by changing various parameters.

CFD is developed along with the development of computer technology and numerical computing technology. Simply saying, CFD is equivalent to "virtual" experimentation on a computer to simulate the actual fluid flow. The basic principle is to numerically solve the differential equations that control the fluid flow, and obtain the discrete distribution of the flow field of the fluid flow in the continuous region, so as to approximate simulate the fluid flow.

The fresh air system of the Liangmo Chicken Incubation Hall is designed to respond to some temperture for the hatching of chickens and the sensitivity of the chickens to the wind speed. We use the fresh air heating unit + fabric cloth duct to ventilate the hatchery. The micropores on the fabric cloth ducts ensure that the newly hatched chicks have a comfortable environment and greatly increase the survival rate.

Liangmo developed a fresh air system for the needs of pregnant pigs. The system consists of a wet curtain air cooler, a fabric cloth duct and a special diaphragm. In the hot summer, the diaphragm is connected to the upper part of the air duct, and the cold air generated by the air cooler is sent to the pig house through the small hole at the lower end to achieve the purpose of cooling. In the winter, the diaphragm is connected to the lower part of the air duct, and the outdoor air does not pass the wet curtain of the air cooler is directly sent to the air duct cavity, and is sent from the upper end to the pig house to achieve the purpose of sending fresh air in winter.

In order to solve the problem in cooling the sow house in summer, Liangmo developed a cooling system for the sow house. The system uses the method of air cooler + fabric cloth duct to process the cuff made by special technology to achieve the fixed point air supply. This not only ensures that the sow area can cool down, but also does not affect the normal development of the piglet near the sow.

In 2008, the company introduced 866 heads Duroc, Changbai and Dabai core group boar from Hylife company of Canada. At the same time, it introduced the genetic improvement technology and achievements of boar. Through continuous introduction of the latest development of genetic resources, continuously improved the frequency of the core group of superior gene of Tianzhao boar,sharing the genetic progress of the core population, ensures that the performance of Tianzhao pigs remains at the same level with their counterparts in North America.

Tianzhao Pig Industry based on the high-quality provenance and continuous improvement of genetic technology, has established a core and efficient management system , adhering to the management concept of “biological safety, pig-based, behavioral norms and accurate data”. It ensures that the pig quality and production efficiency of Tianzhao pig industry are at the leading level in the industry.

1) Structural features: large area, large span, steel structure workshop, and internal pig house equipments more.

2) Purpose: Winter fresh air

3) The purpose of new winds in winter: provide enough fresh air for pigs,reduce the humidity, water vapor and harmful gases carbon dioxide, ammonia, carbon monoxide in the house.

4) On-site pig house situation: pig house is divided into fattening house, pregnancy house, delivery room

5) Data can be collected at any time, and the temperature, humidity, ammonia and other parameters of each pig house can be recorded and transmitted remotely to help analyze the health of pigs.

The equipment for low temperature in the northeastern winter is selected by Liangmo New Fan Group (using the heating hot water energy in the pig house for fresh air preheating)

Axial fans are selected in areas with high temperatures in winter in Sichuan

2. Design and calculation of fiber fabric air supply system

1) Shape design of flexible fiber cloth duct system

According to the characteristics of the site, the space is abundant, the installation is simple, the economy and other factors are all adopted the circular flexible air duct. Circular duct are mainly used in open spaces and high-altitude buildings

2) Flexible fiber cloth duct system size design

Determine the diameter based on air volume and system inlet wind speed and space constraints

Parameters Table:

3) Design of air outlet mode of flexible fiber cloth duct system

Other pig houses adopt a small hole to uniformly out the wind Liangmo system. The airflow organization is based on the principle of air flow convection. The small hole air supply is sent to the target area at a certain wind speed for heat exchange to meet the air supply requirements. Suitable for areas with high requirements for heating and cooling .

The production of beef cattle in China is mainly distributed in the four main producing areas, namely the northeast producing area, the central producing area, the northwest producing area and the southwest producing area. Among them, the beef cattle houses in the Central producing areas and Southwestern producing areas are mostly open and semi-open or a small number of window-type beef cattle houses, the fence structure of the cow house is poorly insulated, the ventilation mode of the cow house is natural ventilation, and the high temperature in the beef cattle house in Summer in the Central Plains area and the southwestern production area will affect the production performance of beef cattle, high humidity environment will aggravate the high temperatures impact for cattle.

China Agricultural University combines the actual conditions and regional characteristics of China's beef cattle farms, focusing on more effective methods and techniques for summer cooling of cattle houses. In 2013, the research team led by Professor Liu of China Agricultural University conducted experimental research in the cattle houses of Haozhou, Anhui, Gao'an,Anhui and Wuqing, Tianjin.
The project is ventilated and cooled by the evaporative water curtain fan and the Liangmo fabric cloth duct.

Project Introduction:

Span: 12.8m Length: 55m Height: 4m (house) 4.6m (roof)

Semi-open shed structure, the side wall of the shed is 2m high, and there are 9 corrals in the north and south of the house, a total of 18, each corral 6m*4m (length * width)
Feeding position width: 33cm   feeding pen: width 50cm depth 25cm.
Fan: 18000m3 / h    wind pressure output:200pa, fan air supply temperature is about 27.5 ° C

The production of beef cattle in China is mainly distributed in the four main producing areas, namely the northeast producing area, the central producing area, the northwest producing area and the southwest producing area. Among them, the beef cattle houses in the Central producing areas and Southwestern producing areas are mostly open and semi-open or a small number of window-type beef cattle houses, the fence structure of the cow house is poorly insulated, the ventilation mode of the cow house is natural ventilation, and the high temperature in the beef cattle house in Summer in the Central Plains area and the southwestern production area will affect the production performance of beef cattle, high humidity environment will aggravate the high temperatures impact for cattle.

Project Introduction

This project is the cooling study of cow house in Wuqing District, Tianjin. The project is ventilated and cooled by the Liangmo EFDS professional animal husbandry design system.
Air outlet mode: small hole jet
Duct height: 1.8m from the ground below the duct;

Project requirements

The wind speed of the lying plane (h=0.5m) is above 1m/s, and the wind speed of the standing plane (h=1.5m) is 3m/s;
The jet flow range of the side air vent, at least radiated to the length of the lying body of the cattle (l = 1.2m);

The distance between the side vents should be evenly delivered to the back of the cow.

In order to improve the environmental conditions of the open cattle barn in the south, China Agricultural University cooperated with Qingdao Liangmo Animal Husbandry Environment Control Co., Ltd. to adopt the wet curtain fan-fabric cloth duct system and adopt the mode of air duct fixed point air supply,send the cold air evenly to the cattle activity area is locally cooled. The project combines the actual conditions and geographical characteristics of beef breeding do the experimental research of national beef breeding test stations in Wuqing, Tianjin, Gao'an, Jiangxi and Haozhou,Anhui.

Established in 2005, Modern Dairy Group Co., Ltd. is a company specializing in dairy farming and milk production. Modern Animal Husbandry plans to complete the construction and operation of 30 million-scale farms by 2015. There are more than 260,000 dairy cows and more than 3,000 tons of high-quality milk per day. The pasture adopts the world's most advanced loose-type industrialized cattle raising method, which realizes automatic TMR feeding, automatic decontamination, automatic milking and automatic manure treatment, achieving the largest scale, the highest degree of automation, and the quality of dairy cows,most advanced operation and most scientifically feeding, five items are the high standard in domestic, is high standard specialized and large-scale dairy farming base.

Helan Zhongdi Ecological Ranch Co., Ltd. Ningxia Helan Ranch is located in Helan County, Ningxia Hui Autonomous Region. Helan County is close to the upper reaches of the Yellow River and has an extensive network of irrigation canals. The local climate is mild and suitable for planting crops, so that we can stably obtain a large amount of corn silage supply as feed for dairy cows. Ningxia Helan Ranch is located away from local residential and industrial areas, reducing the risk of infection from livestock diseases. Ningxia Helan Ranch is located close to the local large-scale fresh fruit and vegetable plantation, creating a strong demand for processing manure from Ningxia Helan Ranch for organic fertilizer. A number of downstream dairy and food processors operate in or near Helan County, such as Yili, Mengniu, China Wang Wang Holdings Co., Ltd. and Ningxia Cezanne Dairy Co., Ltd.

Huolongmen Ranch is a domestic super-large farmland invested by Heihe Zhongxing Animal Husbandry Co., Ltd., located in Huolongmen Town, Nenjiang County, with a scale of 14,000 cows. Construction began in April 2014 and the first batch of dairy cows was introduced in November. In 2014, the acceptance of 100 standard demonstration ranch projects in Heilongjiang Province was the first in the province.

The layout of the pasture adopts the most advanced design concept in the world. The construction standards are based on the construction specifications of the provincial modern dairy farm. The most scientific production technology in the world is adopted. The machinery and equipment will be purchased from well-known brands at home and abroad. The dairy cow was imported from Chile and NZ, the farm is equipped with 2 Afghan 84 rotary milking machines, using Affijin Ranch management software, automatic feeding center, cow automatic feeding system, Austria solid-liquid separation processing system, US manure Processing system, Shanghai Najie Power Control System.

The pasture planning is divided into four major areas: 1. The production management area includes comprehensive buildings and buildings related to production and operation; 2. The auxiliary production areas mainly include water supply, power supply, heating, maintenance, silage, and grass storage; 3.The production area mainly includes cowsheds, milking parlors, artificial insemination and laboratory buildings; 4. Manure treatment and sick animal isolation areas mainly include veterinary rooms, isolation barns, sick cattle treatment and manure storage and treatment facilities.

There are 9 departments in the pasture for feeding, breeding, veterinary, milking, cow, information, synthesis, equipment and cattle.

The dormitory is a 6-person room, 24 hours of hot water supply, internet access, reading room, activity room, billiards room, table tennis room, bathroom, laundry room and other facilities.

As of October 26, 2015, there are 180 employees in the ranch. The total number of cattle in the farm is 8,265. In 2015, the silage planting area was 1,700 hectares, and a total of 85,000 tons was acquired. Production began in September 2015. It is estimated that by the end of 2015, a total of 4,069 heads cow will be produced, and the total number of cattle will exceed 10,000. It is expected that milk production will reach 180 tons. It is estimated that by May 2016, the number of employees will increase to 300, and the total number of cattle will exceed 12,000.