의료법인 유투의료재단 신축공사

  • Location

    열분해

  • Client

    의료법인 유투의료재단

  • 용도

    1종 근린생활시설1종

  • 규모

    지하3층~지상7층 / 7,917.81㎡

  • 공사기간

    2025.02 ~ 2026.12

Overview

We deliver high-efficiency turnkey plants across multiple industries, backed by innovative concentration and crystallization technology.

  • Integrated Production
    & Wastewater Treatment Plants

    Integrated Production
    & Wastewater Treatment Plants

  • Proven Expertise in Food
    Bio & Secondary Battery Sectors

    Proven Expertise in Food
    Bio & Secondary Battery Sectors

  • Energy-Saving
    Technology

    Energy-Saving
    Technology

    Reduced operating costs and carbon emissions.

  • Extensive Project
    Experience

    Extensive Project
    Experience

    Integrated Plant Solutions Covering Production and Wastewater Treatment

Applicable Industries & Products

  • Secondary Battery Cathode Materials & Recycling

    Applicable Products

    • Nickel sulfate, cobalt sulfate, manganese sulfate, sodium sulfate
    • lithium recovery
    • solvent recovery (methylene chloride, ethanol, methanol, NMP)
  • Bio Industry

    Applicable Products

    • Lysine, nucleic acids, MSG, methionine, threonine, valine, tryptophan
  • Wastewater Treatment Industry

    Applicable Products

    • battery recycling wastewater
    • high-salinity wastewater from petrochemical processes
    • ZLD
  • Starch & Sweetener Industry

    Applicable Products

    • Glucose, starch syrup, fructose, CSL, by-product drying
  • Food Industry

    Applicable Products

    • Whey, skimmed milk powder, powdered milk, coffee, red ginseng, herbal medicines
DRAG

Types of Concentration Equipment

  • Types of Concentration Equipment
  • Types of Crystallizers
  • Dryers
  • Types of Concentration Equipment

    Swipe left or right to view the content.
    Types of Concentration Equipment
    형식

    Falling Film Evaporator
    (FFE)

    Forced Circulation Evaporator
    (FCE)

    Natural Circulation Evaporator
    (NCE)

    적용 유체
    • 저점도, 비결정 제품 대부분에 적용가능
    • 열에 민감한 제품에도 적용
    • 고점도, 결정슬러리 제품의 적용에 적합
    • 스케일 발생이 많은 제품에 적용
    • 비교적 소용량 제품에 적합
    • 고온에 변성이 없는 제품
    장단점
    • 작은 가열 온도차로 운전
    • 운전 Volume 이 적어 체류시간이 짧으며, CIP 부담 小
    • 전열면적을 극대화 할 수 있어 대용량에 유리
    • 폐열회수, 다단 효용, TVR, MVR을 이용한 에너지 절약형 농축에 주로 사용
    • 상대적으로 작은 설치 면적
    • 상대적으로 적은 전력소모
    • 스케일에 대한 저항성이 상대적으로 유리하여 장시간, 연속운전에 적용 유리
    • 다단 효용, TVR, MVR 을 이용한 에너지 절약형 농축, 결정화에 주로 사용
    • 운전 Volume 이 커서 연속운전 중 Hunting 이 작아 안정적인 운영이 가능하나 CIP 부담은 비교적 大
    • 상대적으로 큰 전력소모
    • 수직 튜브에서 가열, 비중차이에 따른 자연순환으로 별도의 순환 펌프가 필요 없음
    • 비교적 소형화에 유리하여 배치식, 연속식 모두 적용이 용이
    • 자연순환을 위한 비중차에 한계가 있어 설치용량에 제약
    • 강제순환이 아니므로 스케일 저항성이 비교적 불리
    적용 제품
    • 식품, 제약, 화공의 다양한 제품군에 적용가능
    • 고점도 농축 제품
    • 유/무기 결정 제품
    • 다품종, 소용량 제품 적용 용이
  • Types of Crystallizers

    Swipe left or right to view the content.
    Types of Crystallizers
    구분

    Forced Circulation Vortex Crystallizer

    Forced Circulation D.T.B. Crystallizer

    Oslo Crystallizer

    적용 유체
    • 고점도 / 결정슬러리
    • 순도 높은 결정의 수득이 필요한 제품
    • 대용량 및 순도 높은 결정의 수득이 필요한 제품
    장단점
    • 결정기 내부구조가 단순
    • 연속운전에 의한 설비 가동성이 우수함
    • 결정입자 분포가 다양함
    • 결정의 성장 Zone 이 별도로 필요
    • 미 성장 결정의 재순환으로 체류시간 비교적 큼
    • 결정입자 분포가 비교적 균일함
    • 결정의 성장 Chamber가 별도로 있어 체류시간 극대
    • 미 성장 결정의 비교적 균일 접촉으로 결정성장 유리
    • 결정입자 분포가 비교적 균일하여 분리효율 우수
    적용 제품
    • 고액 분리를 주목적으로 하는 공정의 제품에 다양
    • 결정의 순도가 중요한 제품
    • 결정의 순도가 중요한 제품
    • 대용량에 비교적 적합
  • Dryers

    좌우로 움직여서 내용을 확인하세요.
    Dryers
    Fluidized Bed Dryer (FBD) Spray Dryer (SD)
    가열 온도 50°C ~ 100°C (저온 건조) 150°C ~ 300°C (고온 빠른 건조)
    열 에너지 소모량 중간 수준, 효율적 에너지 분배 높음, 빠른 건조로 에너지 소모 큼
    배기 공기량 상대적으로 낮은 소모 공기량 높은 소모 공기량, 배가스 처리설비 大
    비용 상대적으로 낮은 설치 및 유지보수 비용 높은 설치 및 유지보수 비용
    설치 공간 소형화 가능, 공간 효율적 상대적으로 넓은 설치 공간 필요
    에너지 효율성 좋음, 균일한 건조 속도 제공 낮음, 높은 건조온도 및 공기량으로 에너지 소모량 비교적 많음
    주요 적용 산업
    • 식품, 화학, 제약 등 다양
    • 결정질 제품, 입도가 비교적 있는 제품
    • 식품, 화학, 제약 등 다양
    • 슬러리, 분말제품, 비교적 미립화 제품

Energy-Saving Systems

  • MVR (Mechanical Vapor Recompression)
  • TVR (Thermal Vapor Recompression)
  • Multiple Effect Evaporation (MEE)
  • Crystallization Systems
  • Types of Concentration Equipment
  • MVR (Mechanical Vapor Recompression)

    Compresses and heats vapor from the evaporator using external power, allowing efficient reuse and significant energy savings.

  • TVR (Thermal Vapor Recompression)

    Uses a converging-diverging nozzle to boost vapor temperature and pressure for efficient reuse.

  • Multiple Effect Evaporation (MEE)

    A system that sequentially uses vapor generated from one evaporator as the heat source for the next, without relying on compression devices like MVR or TVR.

  • Crystallization Systems

    Integration with TVR/MVR for further energy savings.

  • 농축설비 형식별 스팀효율 사례 비교

    농축설비 형식별 스팀효율 사례 비교
    농축설비

    다중효용방식

    다중효용 + TVR

    다중효용 + MVR

    이론스팀효율 5 kg / 1 kg = 5 6 kg / 1 kg = 6 100kg / 1kg = 100
    실제스팀효율 4.3 ~ 4.4 6.1 ~ 6.2 85.7
    TYPE 5-Effect
    Evaporator
    5-Effect
    Evaporator With TVR
    2 Serial
    Evaporator With MVR
    CUSTOMER A A C
    CAPA 60T/h Water
    13.9T/h Steam
    60T/h Water
    9.7T/h Steam
    60T/h Water
    0.7/h Steam

Representative Projects

  • Secondary Battery
    Material Equipment
  • Solvent Recovery
    System
  • Secondary Battery Material Equipment

    Lithium Hydroxide & Lithium Carbonate

    Lithium hydroxide and lithium carbonate are primarily used for high-capacity electric vehicle batteries due to their ease of synthesis with nickel, which enhances battery capacity. Additionally, they possess strong electrochemical properties and are commonly utilized as lithium oxide forms in battery cathode materials. Welcron Hantec provides a turnkey process that concentrates and crystallizes supplied lithium hydroxide and lithium carbonate aqueous solutions into saturated solutions, followed by dehydration and drying.

    Nickel Sulfate, Cobalt Sulfate, Manganese Sulfate

    Nickel sulfate, cobalt sulfate, and manganese sulfate are raw materials used to produce cathode materials, which are essential components of secondary batteries. Welcron Hantec offers a turnkey process that includes concentrating and crystallizing supplied aqueous solutions of nickel sulfate, cobalt sulfate, and manganese sulfate, followed by dehydration, drying, and packaging.

  • Solvent Recovery System

    The separator is a critical component in all secondary batteries, as it separates the anode and cathode while enabling fast ion transport through the electrolyte, which is essential for battery performance and safety.
    Welcron Hantec’s solvent recovery system plays a vital role in the wet process of separator manufacturing. It recovers high-purity, high-value methylene chloride (MC) from wastewater mixed with oil and used MC, allowing for its reuse. This advanced solution contributes significantly to reducing production costs and improving process efficiency.

    Machine Specification
    Machine Specification
    Waste MC처리량 10m3/hr ~ 45m3/hr
    MC Recovery Ratio 99% or more
    DistillatedMC
    Condition
    • MC : 99% or more
    • Oil : 0.5% or less
    • Water : 0.05% or less
    Refined Oil
    Condition
    • MC : 0.05% or less
    • Oil : 99.5% or more
    • Water : 0.05% or less

Project Portfolio

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Project Name Industry Site Specification Completion Year Remarks
Sodium Sulfate & By-product Crystallization Facility Secondary Battery Korea MVR Evaporator & Crystallizer, Capacity: 153,100 kg/hr 2024 -
Liquid Sugar Concentration Facility Cornstarch Overseas 4-Effect Evaporator + TVR, Capacity: 35,000 kg/hr 2024 -
Nickel Sulfate, Cobalt Sulfate, Manganese Sulfate Crystallization, Separation & Drying Facility Secondary Battery Korea MVR Evaporator & Crystallizer, Capacity: Ni 38,202 / Co 4,922 / Mn 4,566 kg/hr 2024 -
Cobalt Sulfate & Nickel Sulfate Crystallization Facility Secondary Battery Korea MVR Evaporator & Crystallizer, Capacity: Ni 26,843 / Co 4,934 kg/hr 2024 -
Li Solution 1-Stage MVR Concentration Facility Secondary Battery Korea MVR Evaporator & Crystallizer, Capacity: Ni 26,843 / Co 4,934 kg/hr 2023 -
Sodium Sulfate & By-product Crystallization Facility Secondary Battery Korea MVR Evaporator & Crystallizer, Capacity: 62,500 kg/hr 2022 -
Sodium Sulfate & By-product Crystallization Facility Secondary Battery Korea MVR Evaporator & Crystallizer, Capacity: 11,620 kg/hr 2022 -
Allulose Concentration Facility Cornstarch Korea 3-Effect Evaporator & Finisher + TVR, Capacity: 12,730 kg/hr 2022 -
Nickel Sulfate / Cobalt Sulfate / Manganese Sulfate Crystallization Facility Secondary Battery Korea MVR Evaporator & Crystallizer, Capacity: Ni 23,109 / Co 3,587 / Mn 3,662 kg/hr 2022 -
Cathode Material Wastewater Concentration & Crystallization Facility Secondary Battery Korea MVR Evaporator & Crystallizer, Capacity: 27,000 kg/hr 2022 -
Lithium Sulfate, Lithium Hydroxide, Lithium Carbonate Crystallization Facility Secondary Battery Korea MVR Evaporator & Crystallizer, Capacity: 1,875 / 4,100 / 14,000 kg/hr 2022 -
Valine & Isoleucine Crystallization Facility Bio Overseas Crystallizer + TVR, Capacity: 21.7 m³/hr / 16.4 m³/hr 2022 -
Nickel, Cobalt & Manganese Sulfate Crystallization Facility Secondary Battery Korea MVR Evaporator & Crystallizer, Capacity: Ni 18,000 / Co 2,987 / Mn 2,470 kg/hr 2021 -
Nickel Sulfate, Cobalt Sulfate, Manganese Sulfate & Sodium Sulfate Concentration & Crystallization Facility Secondary Battery Korea MVR Evaporator & Crystallizer, Capacity: Ni 3,600 / Co 1,000 / Mn 12,000 / Na₂SO₄ 41,145 kg/hr 2021 -
Threonine Concentration Facility Bio Overseas 2-Effect F/C Evaporator, Capacity: 8,600 kg/hr 2021 -
Li Solution 1-Stage MVR Concentration Facility Secondary Battery Korea F/F Evaporator + MVR, Capacity: 12,500 kg/hr 2021 -
Tryptophan Evaporation & Crystallization Facility Bio Overseas 4-Effect Evaporator & Crystallizer + TVR, Capacity: 14,800 / 9,232 kg/hr 2017 -
Crystallizer Installation (C1, C2 Lines) Bio Overseas C1: 3-Effect Evaporator & Crystallizer x2, 56,210 kg/hr each
C2: 3-Effect Evaporator & Crystallizer x2, 52,050 kg/hr each
2017 -
MC Distillation & LP Refinery System Secondary Battery Korea Distillator, Capacity: 13,136 kg/hr 2017 -
MC Distillation & LP Refinery System Secondary Battery Overseas Distillator, Capacity: 18,390 kg/hr 2016 -
MC Distillation & LP Refinery System Secondary Battery Overseas Distillator, Capacity: 15,630 kg/hr 2016 -
Tryptophan Evaporation & Crystallization Facility Bio Overseas 5-Effect Evaporator + TVR, Capacity: 45,675 kg/hr 2016 -
Methionine Evaporation & Crystallization Facility Bio Overseas 3-Effect Evaporator, Capacity: 34,700 kg/hr 2015 -
Liquid Sugar Concentration Facility Cornstarch Korea 4-Effect Evaporator + TVR, Capacity: 22,000 kg/hr 2015 -
Infant Formula Concentrator Installation Dairy Korea Evaporator + MVR x2, Capacity: 18,000 kg/hr 2014 -
Methionine Evaporation & Crystallization Facility Bio Overseas 3-Effect Evaporator & Crystallizer, Capacity: 61,000 kg/hr x4
6-Effect Evaporator, 93,318 kg/hr
2-Effect Crystallizer, 21,650 kg/hr x2
3-Effect Evaporator, 10,910 kg/hr
3-Effect Crystallizer, 28,800 kg/hr
2014 -
Food & Livestock Wastewater Treatment Facility Municipality Korea Evaporator + MVR & 2-Effect + TVR, Capacity: 20,000 kg/hr 2014 -
Lysine Concentration & Crystallization Facility Bio Overseas Multiple Evaporators & Crystallizers, Capacity: up to 144,200 kg/hr 2012 -
Concentration & Crystallization Facility Bio Overseas 4-Effect Evaporator & Crystallizer, Capacity: 18,600 kg/hr 2012 -
MC & Oil Refinery System Secondary Battery Korea Distillator, Capacity: 11,000 kg/hr 2011 -
Lysine Concentration & Crystallization Facility Bio Overseas Evaporators & Crystallizers, Capacity: 5,500 ~ 144,200 kg/hr 2011 -
Starch Syrup Concentration Facility Cornstarch Korea 4-Effect Evaporator + TVR, Capacity: 11,500 kg/hr 2010 -
MC & Oil Refinery System Secondary Battery Korea Distillator, Capacity: 6,630 kg/hr 2010 -
Lysine Concentration Facility Bio Overseas 5-Effect Evaporator + TVR, Capacity: 41,200 kg/hr 2009 -
High Concentration Recovery MVR Facility Bio Korea 2-Effect Evaporator + MVR, Capacity: 105,890 kg/hr 2009 -
Ammonium Sulfate & Process Wastewater Concentration & Crystallization Facility Bio Overseas Evaporator + MVR, Capacity: 75,000 kg/hr / 10,500 kg/hr 2009 -
Sugar MVR Concentration Facility Sugar Korea 2-Effect Evaporator + MVR 2007 -
Lysine & Ammonium Sulfate Concentration & Crystallization Facility Bio Overseas Evaporators & Crystallizers, Capacity: 6,400 ~ 30,700 kg/hr 2006 -
Lysine & Ammonium Sulfate Concentration & Crystallization Facility Bio Overseas Evaporators & Crystallizers, Capacity: 3,640 ~ 49,383 kg/hr 2006 -
Glucose Syrup MVR Concentration Facility Cornstarch Korea Evaporator + MVR, Capacity: 33,170 kg/hr 2005 -
Ammonium Sulfate Crystallization Facility Bio Overseas 3-Effect Evaporator & Crystallizer, Capacity: 48,000 kg/hr 2003 -
CSL MVR Concentration Facility Cornstarch Korea Evaporator + MVR, Capacity: 28,774 kg/hr 2001 -

Customer Inquiries