Skip to main content
공정 설계로 돌아가기
공정 설계 — 엔지니어링 워크플로

냉각 및 산업용수 관리

보충수 특성화, 컨디셔닝, 냉각 시스템 수지, 블로다운, 재이용 또는 방류 맥락으로 이어지는 시스템 경로입니다.

적용 분야에너지 및 디지털 인프라 관련 분야처리 공정 설계

01 주요 처리 트레인

주요 처리 트레인

공정 순서: Makeup-Water Characterization · Conditioning · Cooling-System Balance · Blowdown · Reuse or Discharge Context

05 단계

가로로 스크롤하여 모든 단계를 확인

이 단계의 도구 · 단계 01 — Makeup-Water Characterization

단계 01 · 원수·기준

Makeup-Water Characterization

Set cooling-loop quality and demand basis.

목적

Declare the source, seasonal quality envelope, available volume, and end-use requirements that constrain cooling chemistry and water balance.

다음 결정

Choose the conditioning and balance basis for the loop.

엔지니어링 질문

  • What is the makeup source, flow envelope, and seasonal or event-driven variability?
  • What are pH, conductivity/TDS, hardness, alkalinity, silica, chloride, temperature, turbidity, and relevant residuals?
  • Is the source reclaimed water, and what treatment history or compatibility limits apply?

핵심 입력

  • Available and design makeup flowm³/h
  • Makeup-water temperature envelope°C
  • Makeup pH rangepH
  • Makeup conductivityµS/cm
  • Makeup TDSmg/L
  • Calcium hardnessmg/L as CaCO₃
  • Alkalinitymg/L as CaCO₃
  • Dissolved silicamg/L as SiO₂
  • Chloridemg/L
  • Suspended solids / turbiditymg/L / NTU
  • Source identity, reuse provenance, and variability casesproject basis

핵심 출력

  • Declared makeup-quality and source envelopeproject basis
  • Available makeup supply basism³/h

제약 / 설계 고려사항

  • Cooling-water compatibility depends on the actual metallurgy, heat-transfer surfaces, treatment program, operating cycles, and discharge route.
  • Reclaimed water requires source-specific constituent, residual, and variability review; a source label alone is not a compatibility assessment.