Lecturer: Dr. Daniel Fozer,

e-mail:

Lectures' place: Building CH, basement 11 (CHA11).

Laboratory practice's place: Building DCs, downstairs, Computer room, On map

A textbook is attached in PDF form at the bottom of this page, with file name: ProcEng_I_Modelling_0.pdf. This book is titled: Process Engineering I. Process Modelling and Simulation

Laboratory practices are started in the fifth week only.

Deadlines:

Test 1 Summary: 06/04/2020 23:59

Test 2 Summary: 30/04/2020 23:59

Please send the test in pdf format to

Laboratory: every information on Teams

Trial test: available 20/04/2020 13:00 -- 22/04/2020 12:00

Test: 13:00-14:00 27/04/2020 (Teams)

Repeated Test (if needed): 13:00-14:00 04/05/2020 (Teams)

Attachments:
File	Description	File size
ProcEng_I_Modelling_0.pdf		973 kB

Attachments:
File	Description	File size
LECT_2 Short product summary	2022	1900 kB
LECT_3 Shale oil in the refinery	2022	1835 kB
LECT_4 Short process summary	2022	697 kB
LECT_5 Case study FCC_ESP	2022	2222 kB
LECT_6 Catalysis theory	2022	3277 kB
LECT_7 Catalyst management	2022	5652 kB
LECT_8 Ecopolitical importance of crude oil	2022	2869 kB
LECT_4 Complex refinery flowchart		310 kB
LECT_8 From coal to oil	supplementary material	536 kB

Environmental chemistry and technology

2.	Subject code	Semester	Contact hours	Credit	Language
	BMEVEKFA403		3	4	English

Responsible person and department: Dr. Andrea Szabó-Nagy Department of Chemical and Environmental Process Engineering
Lecturer:

Name:	Post:	Department:
Dr. Andrea Szabó-Nagy	Ass. prof	Department of Chemical and Environmental Process Engineering

Subject is based on:

Basic level of inorganic and organic chemistry and chemical technology

Aim of the subject:

Understanding of the formations, possible reactions and control methods of environmental polluting materials

Short syllabus of the subject:

Chemical properties, ways of formation, elimination ways, reaction kinetics, and control methods of environmental polluting materials (airborn pollutants: carbon dioxide, nitrogen oxides, sulfur oxides, hydrocarbons, and photochemical oxidants, particulates, dioxines,

waterborn pollutants: organic materials, toxic organic materials, plant nutrients, mineral oil and fractions, detergents, pesticides, toxic metals).

Literature:

Bajnóczy Gábor Environmental Chemistry and Technology

R.A. Bailey ….. Chemistry of the Environment (Academic Press) 2002.

Attachments:
File	Description	File size
1. development of the atmosphere.ppt		319 kB
10. high oxygen demand wastewater_0.ppt		558 kB
11. high oxygen demand, toxic wastewater.ppt		1509 kB
12. plant nutrient-containing wastewater.ppt		505 kB
13. detergent-containing wastewaters.ppt		519 kB
14. pesticides.ppt		2635 kB
2. carbon monoxide.ppt		1877 kB
3. nitrogen oxides.ppt		1571 kB
4. sulfur dioxide.ppt		491 kB
5. hydrocarbons.ppt		1863 kB
6. halohydrocarbons.ppt		992 kB
7. particles.ppt		2826 kB
8.global warming.ppt		2209 kB
9. Bioenergy.ppt		5663 kB

Attachments:
File	Description	File size
HP_5 Extraction	2023__10_11	1509 kB
Products - Blending	2022	3282 kB
Crude oil - desalting - distillation	2022	4203 kB
Conversion processes	2022	4881 kB
Refinery configurations	2022	2176 kB
Introduction	2022	808 kB
HP_10 Utility sytems	2023_11_22	1254 kB
Extraction	2022	1456 kB
HP_2 Natural gas - Hydrogen production	2023_09_13	2834 kB
HP_3 Desulphurisation and diesel quality improvement	2023_09_20	2269 kB
HP_6 Gasoline processes	2023_10_18	1334 kB
2023_osz_Szenhidro_labor_beosztas.xlsx	2023_Laboratory	34 kB
HP_4 Distillation-desalting	2023_10_04	3368 kB
HP_11 Lubricants	2023_11_29	6710 kB
Complex refinery flowchart	Good to have in hard copy with you	310 kB
HP_7 CONVERSION TECHNOLOGIES	2023_10_25	4229 kB
Refinery complexity	2022 Just for fun	1831 kB

Official program of the course

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