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factory-scale recirculating aquaculture design code aquaculture factory introduction standard framework core design elements system aquaculture industry overhead line spacer rods fire fighting immunosobert
SC/T 6093-2019 in English

SC/T 6093-2019 in English

VALID

Design code for recirculating aquaculture factory

  • Issued on:2019-08-01
  • Implemented on:2019-11-01
  • File Format:PDF
  • Delivery:Via email within 1~3 business days
Price(USD): $210.00
$204.00


Introduction

Standard Framework and Technology Evolution

SC/T 6093-2019 is the first special design specification for factory-scale recirculating aquaculture workshops in my country, marking an important milestone in the transformation of the aquaculture industry to industrialized production. Based on the GB/T 1.1-2009 standardization work guidelines, this standard integrates the technical requirements of 12 referenced standards such as NY/T 5361.


Comparison of core design elements

System module Traditional design SC/T 6093 requirements Technological breakthrough
Water exchange rate 30-50%/d ≤15%/d Biological filtration process optimization
Fish pond structure Mainly rectangular Round/square cut corners Hydraulic characteristics improved by 30%
Particle removal Single sedimentation Multi-stage cascade process SS removal rate ≥ 85%

Calculation of key process parameters

Take the circulating water system with an annual output of 100 tons of sea bass as an example:

  • Particle load: Prss=0.25×feed feeding amount (Fo)
  • Ammonia nitrogen production: Pzv=0.092×Fo×crude protein content
  • Oxygen consumption: Ppo=(0.25-0.5)×Fo

The typical case shows that the use of standard recommended parameters can reduce energy consumption by 22% and increase breeding density by 40%.


Implementation suggestions

  1. Durable materials such as steel structure/reinforced concrete should be given priority, and the thermal resistance of the roof should be ≥1.5(m²·K)/W
  2. The water treatment area should account for 30-40% of the total workshop area and be equipped with independent equipment channels
  3. A distributed power distribution system should be adopted, and the emergency power supply capacity should be ≥70% of the system peak load
  4. The ozone sterilization unit should be placed in the rear section of the biofilter, and the contact time should be ≥2 minutes

Key points of innovative design

The standard first proposed the concept of three-dimensional space utilization, and required:

  • Column grid span ≥8m, fish pond operating height ≤1.2m
  • Open drainage ditch slope ≥0.5%, floor drain corrosion resistance grade IP68
  • The illumination in the breeding area is 100-200lux, and the color temperature is 4000-5000K

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