Three major scenarios and seven major systems
Re evolution of Agricultural Breeding in the ERA
① Water saving and efficient irrigation scenarios in ERA
Traditional agricultural irrigation methods are extensive, with a large amount of water and fertilizer being lost without being absorbed. The entire process of irrigation, fertilization, and fertilization relies on manual labor, resulting in low efficiency. Different crops have significant differences in water and fertilizer requirements, and traditional models cannot accurately meet the lack of real-time monitoring of key indicators, making it difficult to grasp the true needs of crops
ERA focuses on "precise supply and water-saving efficiency", creating irrigation adaptation solutions for different crops such as integrated water and fertilizer systems for field water-saving irrigation, self flowing water irrigation systems, and greenhouse water and fertilizer integration systems.
The system adopts a standardized operation process, which meets the water and fertilizer supply needs of large-scale field crops through multi-level filtering, intelligent proportioning, unified flow control, and precise transportation across the entire area. It can save more than 30% water, 30% -50% fertilizer, and increase production by 10% -25%, helping to improve the quality and efficiency of regional agriculture.
The system relies on the natural terrain height difference or the pressure of the water source itself to transport the water source to the fields through a complete pipeline system in underground culverts, completing agricultural irrigation operations. It has outstanding advantages of energy conservation, environmental protection, stable operation, and low maintenance costs, and is mainly suitable for areas with suitable terrain differences and sufficient natural water sources.
The entire process of the system is stable, efficient, and highly refined. A wet curtain system and temperature control system are built using PPR and PVC pipes, coupled with real-time monitoring data from soil moisture sensors. The intelligent control cabinet is linked to automatically adjust the irrigation amount, avoiding water waste and accurately replenishing water according to the crop growth cycle, helping to improve yield and quality.
② The scene of green aquaculture in ERA
Traditional aquaculture has low density, low production efficiency, and metabolites accumulate in the water, making it difficult to accurately control water quality
Traditional aquaculture relies heavily on manual labor, resulting in high costs and easy discharge of feed residues, aquaculture wastewater, and other pollutants, leading to ecological pollution
ERA focuses on intelligent regulation and green aquaculture, creating diversified pipeline system solutions such as soil pond small shed aquaculture system, HDPE deepwater aquaculture net cage system, and circulating water aquaculture system.
The system combines the advantages of soil pond aquaculture and small shed insulation, utilizing the natural environment of soil ponds and the insulation effect of small sheds to spontaneously form an extremely stable and efficient natural nitrogen cycling system under conditions such as strong oxygenation, strong aeration, and water temperature regulation. This solves the pain points of soil pond water turbidity, ammonia nitrogen, and sub salt exceeding standards under high-density aquaculture, and achieves green ecological aquaculture.
The HDPE deepwater aquaculture net cage system is a deep-sea fishery aquaculture system set up in open coastal waters with a water depth of more than 15 meters. Far away from bays and land, with good water quality and excellent environment, the survival rate of farmed seafood is high, the growth rate is fast, and the quality is high. It is an efficient solution to replace old floating ball fishing rafts, improve risk resistance, and avoid marine pollution.
This system is a land-based aquaculture model that efficiently utilizes water resources. It uses a series of water treatment units to treat the wastewater generated in the aquaculture pond and recycle it again, achieving the recycling of water resources. This system not only solves the problem of low water resource utilization, but also achieves zero discharge of aquaculture wastewater, which is beneficial for environmental protection and sustainable development.
③ Ecological livestock breeding scene
Traditional pens have rudimentary drinking water and feed systems, low yields, and rely on manual feeding in the feeding process, which is time-consuming, labor-intensive, and lacks standardized fecal collection systems, making them susceptible to pollution
With intensive management and ecological cycling as the core, we have built a comprehensive pipeline system solution for livestock and poultry breeding.
The system adopts a standardized operation process, which meets the water and fertilizer supply needs of large-scale field crops through multi-level filtering, intelligent proportioning, unified flow control, and precise transportation across the entire area. It can save more than 30% water and 30% -50% fertilizer, and increase production by 10% -25%, helping to improve the quality and efficiency of regional agriculture.
The New Future of Agricultural Breeding in the Four Major Product Systems
The agricultural, forestry, animal husbandry, and fishery pipeline network product system provides a complete set of "four major product systems" for the entire scenario of agriculture and aquaculture in China. These include irrigation pressure, self flowing water supply, deep water aquaculture, and supporting products to help farmers achieve cost reduction and income increase
Irrigation pressure product system
ERA Agricultural PVC Pipe Series
PVC-U agricultural irrigation and breeding pipe
Lead free material, does not cause secondary pollution.
Smooth and corrosion-resistant inner wall, low fluid resistance, and longer conveying distance under the same pressure.
The types of pipes and fittings are complete, with high-end and stable quality.
PVC-U agricultural specific ball valve
PVC brand new material, corrosion resistance, anti-aging life far beyond ordinary ball valve.
Easy to install, no need for professional tools, and easy to operate.
Agricultural PVC pipe fittings and accessories series
PVC valves, PVC agricultural elbows, PVC agricultural connected flanges, PVC agricultural couplings, PVC agricultural plugs, PVC agricultural butterfly valves, PVC agricultural water outlets, PVC agricultural tees, PVC manure tees
ERA Agricultural PP Pipeline Series
Saddle shaped interface
Saddle shaped structure design, flexible disassembly and non cutting pipe installation, high cost-effectiveness. The saddle is equipped with a high elasticity rubber gasket, which can fully seal after tightening.
PP Quick Connect
PP material has excellent elasticity and can be safely used for over 50 years at rated temperature and pressure.
There are no restrictions on installation conditions. Simply remove the nut and loosen it to quickly connect the tube.
Agricultural PP pipe fittings and accessories series
PP agricultural knot, PP agricultural tee, PP agricultural plug, PP agricultural elbow (90), PP agricultural ball valve
ERA Ball Valve Series
Type II simple ball valve
The fully enclosed dustproof handle design blocks dust and impurities, reduces internal wear, and greatly extends the service life.
Unilateral ball valve
The unilateral command structure replaces the traditional bilateral command structure, which meets functional requirements and has outstanding cost-effectiveness.
Type II octagonal ball valve
Octagonal valve body structure design, strong adaptability. Installation alignment and fastening operations are more convenient, and the construction experience is better.
Double piece ball valve
Durable and sturdy, with electroplated ball core and thickened metal handle, it is wear-resistant and corrosion-resistant, and has an extended lifespan.
The dual piece structure has low opening and closing resistance, making construction effortless.
Simple ball valve with inner and outer threads
Multi scenario adaptation, strong compatibility. Multiple product solutions are available to adapt to various complex working conditions.
PP simple ball valve
Fully injection molded, eliminating the risk of leakage, suitable for acidic and alkaline media and outdoor scenes. PP material sphere, with lower opening and closing torque and 100% sealing detection, outstanding quality price ratio.
ERA Agricultural PE Pipeline Series
PE agricultural irrigation water pipeline
High quality PE material, elongation at break>
350%, corrosion-resistant.
The inner wall is smooth, and the pipeline is not damaged when transporting fertilizer containing media, making it suitable for various agricultural water delivery environments.
PE high-pressure dispensing tube
PE material is corrosion-resistant and high toughness, designed specifically for pesticide transportation, and can adapt to uneven settling and misalignment.
Smooth inner wall without scaling, with a flow capacity 30% higher than similar steel pipes
PE embedded patch drip irrigation tape
Environmentally friendly PE new material, safe and odorless,
Uniform flow and long lifespan.
Simultaneous application of water and fertilizer, anti clogging, uniform irrigation, water-saving and fertilizer saving.
HDPE coil
HDPE material has high ring stiffness, strong wear resistance and compression resistance, smooth pipe wall, low roughness, and a water uniformity of ≥ 85%.
The welding between pipelines has high tensile strength and is not easily broken or flattened when buried underground.