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DC HDPE 64 aylanma akvakultura tizimlari uchun
| Kelib o'rni: | Xitoy |
| Tovar nomi: | Ayirboshlash |
| Model soni: | DC 64 |
| sertifikatlash: | Idoralar / ISO 9001 / FDA / ROHS |
| Materiallar: | 100% bokira HDPE |
| Hayot davomiyligi: | > 15 yil |
| Size: | PH25 * 4mm |
| Teshiklar soni: | 64 teshik |
| Zichlik: | 0.94-0.97 g / sm3 |
| Yuzaki maydon: | >1200m2/m3 |
| To'ldirish nisbati: | 15% -70% |
| Bir kubometrdagi tashuvchilar soni: | > 210000 dona/m3 |
| Qo'llaniladigan harorat: | 5-60 ℃ |
| 1 m3 og'irligi: | 125 kg |
| Minimal Buyurtma miqdori: | 1 cm3 |
| Qadoqlash Tafsilotlar: | 1 sm3 yoki 0.1 sm3 |
| To'lov shartlari: | T/T, L/C, D/P |
Tavsif
Why does organic matter accumulation affect water quality stability?
High-density farming and overfeeding increase the amount of uneaten feed, feces, and metabolic byproducts, raising the organic load in the water and placing additional strain on the biological filtration system.
Solution:DC 64 provides a stable attachment substrate for beneficial microorganisms, promotes biofilm formation, accelerates the breakdown of organic matter, enhances the system’s overall biological filtration capacity, and helps maintain stable water quality in recirculating aquaculture systems.
DC HDPE 64 aylanma akvakultura tizimlari uchun
DC64 MBBR Media - aerob va anoksik bioreaktorlarda oqava suvlarni ilg'or tozalash uchun ishlab chiqilgan yuqori samarali biofilm tashuvchisi. Uning yuzasi bo'ylab 64 ta aniq mo'ljallangan teshik va vertikal chiziqli o'simtalar mavjud bo'lib, u mikroblarning biriktirilishi va biofilm rivojlanishini maksimal darajada oshiradi. Noyob teksturali geometriya gidravlik dinamikani yaxshilaydi, optimal turbulentlikni, kislorodni uzatishni va ozuqa moddalarini taqsimlashni ta'minlaydi, shu bilan birga tiqilib qolish xavfini kamaytiradi. Bokira HDPE (Yuqori zichlikdagi polietilen) dan ishlab chiqarilgan bo'lib, u shahar, sanoat va akvakultura tizimlarida uzoq muddatli ishlash uchun ajoyib kimyoviy qarshilik, mexanik chidamlilik va UV barqarorligini ta'minlaydi. Uning yuqori bo'shliq nisbati va samarali sirt maydoni organik moddalarni olib tashlash va nitrifikatsiya / denitrifikatsiya samaradorligini sezilarli darajada oshiradi.
Why can high-density aquaculture systems struggle with ammonia and nitrite control?
As stocking density increases, the system produces more ammonia nitrogen and nitrite, but traditional filter media cannot provide sufficient space for microbial colonization, resulting in insufficient treatment capacity.
Solution:DC 64 provides a large effective specific surface area, offering ample attachment space for nitrifying bacteria, increasing the microbial biomass in the system, accelerating the conversion of ammonia nitrogen and nitrite, and meeting the demands of high-density aquaculture.
Why is the DC 64 K3 the best choice for recirculating aquaculture systems?
1. High Effective Surface Area for Microbial Attachment
The specific surface area of DC 64 is >1200 m²/m³.DC 64 provides ample attachment space for beneficial microorganisms, particularly nitrifying bacteria, promoting the formation of stable biofilms and improving the biological filtration efficiency of recirculating aquaculture systems.
2. Optimized Structure for Stable Biofilm Formation
The DC 64 features an optimized structural design that provides a stable environment for microbial attachment and growth, reduces biofilm loss caused by water flow and mechanical disturbance, and maintains long-term, stable microbial activity.
3. Enhanced Nitrification Performance
DC 64 provides an optimal growth environment for nitrifying bacteria, promoting the conversion of ammonia nitrogen and nitrite into nitrate. It effectively improves aquaculture water quality and provides a healthy and stable growth environment for aquatic organisms.
4. Improved Water Quality Stability
DC 64 helps foster a stable, beneficial microbial community, maintain microbial balance, reduce the accumulation of organic matter, and improve the operational stability of recirculating aquaculture systems.
5. Ajoyib suyuqlik ishlashi
DC 64 exhibits excellent fluidization properties and maintains uniform movement under water circulation and aeration conditions, thereby improving contact efficiency between the packing material, dissolved oxygen, and microorganisms.
6. Made from 100% Virgin HDPE
The DC 64 is manufactured from 100% virgin HDPE (high-density polyethylene), offering excellent chemical stability, corrosion resistance, and resistance to aging. This material is safe, reliable, and long-lasting, making it suitable for long-term operation in both freshwater and seawater recirculating aquaculture systems.
7. Uzoq xizmat muddati
DC 64 offers excellent mechanical strength and environmental adaptability. It maintains stable performance under continuous recirculating aquaculture system (RAS) conditions, reducing the frequency of media replacement and lowering the long-term maintenance costs of RAS systems.
8. Flexible Application in Different Aquaculture Systems
The DC 64 can be flexibly applied based on the size of the water body, stocking density, and filtration system design to meet the needs of various recirculating aquaculture systems.
9. Ideal for Recirculating Aquaculture Systems (RAS)
DC 64 is specifically designed for the biological filtration stage of recirculating aquaculture systems (RAS). It enhances nitrification efficiency, maintains stable water quality, and supports high-density aquaculture operations.
texnik Ma'lumotlarni
| parametr | spetsifikatsiyasi | birlik | Remarks |
| model | 64 teshikli MBBR tashuvchisi | - | Sanoat standartidagi geometriya |
| ashyo | Yuqori zichlikdagi polietilen (HDPE) | - | UV-stabillashtirilgan, oziq-ovqat uchun |
| rang | oq rang | - | Standard |
| Shape | silindr | - | Optimallashtirilgan oqim va biofilm himoyasi |
| Diametri (Ø) | 25 | mm | Nominal hajmi |
| Balandligi (H) | 4 | mm | - |
| Maxsus sirt maydoni | >1200m2/m3 | ||
| Shaxsiy media zichligi | 0.94-0.97 | g / sm³ | |
| operatsion harorati | 5 - 60 | ° C | RAS shartlariga mos keladi |
| Xizmat muddati | > 15 | yil |
Typical Applications of DC 64 for Recirculating Aquaculture Systems
DC 64 is suitable for biological filtration systems requiring efficient nitrification, stable biofilm growth and reliable water quality management.
Oddiy dasturlarga quyidagilar kiradi:
● Qayta aylanuvchi akvakultura tizimlari (RAS)
● Marine fish farming systems
● Qisqichbaqa yetishtirish tizimlari
● Freshwater fish farming systems
● Aquaculture hatchery systems
● Nursery and breeding systems
● Aquarium filtration systems
● Seafood holding systems
● Aquaculture water reuse systems
● Industrial-scale aquaculture facilities
● Biofilter systems for intensive farming
Why does biofilm become unstable under continuous water flow?
During long-term operation of a recirculating water system, continuous water flow impact and mechanical disturbance may cause the biofilm to detach, thereby reducing the efficiency of biological treatment.
Solution:The DC 64 features an optimized structural design that provides a stable attachment environment for microorganisms, enhances biofilm retention capacity, and enables the system to maintain stable biological treatment performance under long-term cyclic operating conditions.
Savol-javoblar
Savol: Siz savdo shirkati yoki ishlab chiqaruvchisiz?
A: Biz zavod mavjud.
Savol: etkazib berish muddati qancha?
Javob: Umuman olganda, agar tovarlar stokda bo'lsa, bu 10-20 kun. yoki agar tovarlar stokda bo'lmasa, 30-45 kun, bu miqdorga ko'ra.
Savol: Siz namunalar berasizmi? bepulmi yoki qo'shimchami?
Javob: Ha, biz namunani bepul taklif qilishimiz mumkin, xaridor tomonidan to'lanadigan etkazib berish narxi mavjud.
Savol: to'lov shartlari nima?
Javob: T/TL/C.
How can poor media fluidization reduce oxygen transfer and microbial activity?
Insufficient movement of the packing material or inadequate contact between the water, oxygen, and microorganisms can reduce microbial activity and affect nitrification efficiency.
Solution:DC 64 maintains good flow characteristics under water circulation and aeration conditions, improving contact efficiency between the media, dissolved oxygen, and microorganisms, enhancing microbial activity, and increasing biological filtration efficiency.
