'Counter current' diaporamas de présentation

Heat Transfer

Heat Transfer. Muhammad Rashid Usman Institute of Chemical Engineering and Technology University of the Punjab, Lahore. Figure taken from: http://heatexchanger-design.com/2011/10/06/heat-exchangers-6/ Dated: 17-Jan-2012. Course contents. 2. Text Book [1].

2.17k views • 58 slides

Aquatic Physiology Respiration gill diffusion hemoglobin pH Regulation gas bladder

Aquatic Physiology Respiration gill diffusion hemoglobin pH Regulation gas bladder osmosis ion balance excretion. Chapter 3 : Figures 3.1, 3.2, 3.3, Table 3.1 Chapter 4 : Figures 4.4, 4.5, 4.6 (Eq.) Chapter 5 : Figures 5.1, 5.2, 5.3 (5th ed.)

656 views • 52 slides

Mini-FRQ

Mini-FRQ. Enzymes are a huge part of digestion Describe structure and function of an enzyme How are enzymes tied to digestion?. Why do we breathe oxygen?. alveoli. Gas Exchange Respiratory Systems. elephant seals. gills. food. O 2. ATP. CO 2. Why do we need a respiratory system?.

637 views • 52 slides

Bubble Column Reactors

Bubble Column Reactors. Quak Foo Lee Department of Chemical and Biological Engineering The University of British Columbia. Topics Covered. Bubble column fundamentals Type of bubble columns Gas Spargers Bubble flow dynamics CFD Modeling Experiments vs. Simulations. Introduction .

3.66k views • 34 slides

Centrifugal Partition Chromatographic (CPC) Technology: Application for Natural Product Isolation

569 views • 30 slides

Gas Exchange & Respiratory Systems

Gas Exchange & Respiratory Systems. food. O 2. ATP. CO 2. Why do we need a respiratory system?. respiration for respiration. Need O 2 in for aerobic cellular respiration make ATP Need CO 2 out waste product from Krebs cycle. Gas exchange.

402 views • 30 slides

Why do we need a respiratory system?

food. O 2. ATP. CO 2. Why do we need a respiratory system?. Need O 2 in for aerobic cellular respiration make ATP Need CO 2 out waste product from Krebs cycle. Gas exchange. O 2 & CO 2 exchange between environment & cells need moist membrane need high surface area Why?.

468 views • 30 slides

gills

alveoli. Gas Exchange Respiratory Systems. elephant seals. gills. food. O 2. ATP. CO 2. respiration for respiration. Why do we need a respiratory system?. Need O 2 in for aerobic cellular respiration make ATP Need CO 2 out waste product from Krebs cycle. Gas exchange.

420 views • 29 slides

gills

alveoli. Gas Exchange Respiratory Systems. elephant seals. gills. food. O 2. ATP. CO 2. respiration for respiration. Why do we need a respiratory system?. Need O 2 in for aerobic cellular respiration make ATP Need CO 2 out waste product from Krebs cycle. Gas exchange.

481 views • 29 slides

gills

alveoli. Gas Exchange Respiratory Systems. elephant seals. gills. food. O 2. ATP. CO 2. respiration for respiration. Why do we need a respiratory system?. _____________________ _________________________ _______________ __________________ _________________ _________________.

358 views • 29 slides

Chapter 42.

alveoli. Chapter 42. Gas Exchange. elephant seals. gills. Respiration for respiration!. Gas exchange. O 2 & CO 2 exchange exchange between environment & cells provides O 2 for aerobic cellular respiration need moist membrane need high surface area. Optimizing gas exchange.

542 views • 28 slides

gills

alveoli. Gas Exchange Respiratory Systems. elephant seals. gills. food. O 2. ATP. CO 2. Why do we need a respiratory system?. Need O 2 in for aerobic cellular respiration make ATP Need CO 2 out waste product from Krebs cycle. Gas exchange.

390 views • 28 slides

gills

alveoli. Gas Exchange Respiratory Systems. elephant seals. gills. food. O 2. ATP. CO 2. Why do we need a respiratory system?. Need O 2 in for aerobic cellular respiration make ATP Need CO 2 out waste product from Krebs cycle. Gas exchange.

378 views • 27 slides

Chapter 42.

alveoli. Chapter 42. Gas Exchange. elephant seals. gills. Respiration for respiration!. Gas exchange. O 2 & CO 2 exchange exchange between environment & cells provides O 2 for aerobic cellular respiration need moist membrane need high surface area. Optimizing gas exchange.

449 views • 27 slides

Chapter 42.

alveoli. Chapter 42. Gas Exchange. elephant seals. gills. Gas exchange. O 2 & CO 2 exchange exchange between environment & cells provides O 2 for aerobic cellular respiration need moist membrane need high surface area. Optimizing gas exchange. Why high surface area?

507 views • 25 slides

Absorption and Stripping

Absorption and Stripping. Some important definitions. In distillation, heat drives the separation of the more volatile from the less volatile component; this unit op is always counter-current .

572 views • 22 slides

Gas Exchange & Circulation

Gas Exchange & Circulation. Chapter 4. Gas Exchange in Animals. Why is gas exchange important?. Respiration:. C 6 H 12 O 6 + O 2 ? Energy + CO 2 + H 2 O. Photosynthesis:. Energy + CO 2 + H 2 O ? C 6 H 12 O 6 + O 2. How can an organism get O 2 into its body?. Diffusion.

309 views • 17 slides

Thermoregulation: temperature balance

350 views • 15 slides

Analysis of heat exchangers: Use of the log mean temperature Difference

Analysis of heat exchangers: Use of the log mean temperature Difference. LMTD Method: Q= (m cp ?T) h = (m cp ?T) c Q= U A F?T lm A=N ? DL ? T lm = ? T l -?T2 / ln (? T l /?T2). This law could be used to evaluate the following:

537 views • 8 slides

Global Counter Current Gasifier Industry 2016 Deep Market Research Report - Big Market Research

231 views • 6 slides