Publication detail

New Method for Life Cycle Environmental Management - DYVELOP

URBÁNEK, J.

English title

New Method for Life Cycle Environmental Management - DYVELOP

Type

conference paper

Language

en

Original abstract

With aid of the ToP- Theory of Processes – apparatus is new modification of DYVELOPÓ method introduced. Here it serves for Product Life Cycle (PLC) Environmental Management of a real technology of Abrasive Water Jet (AWJ). Necessary phraseology, procedure, functions and variable t is discussed for PLC evaluation. Graphical Set Theory is main mathematical instrument here. Application and case study follow. The principal objectives of following environmental analysis of AWJ processes are a production, dissemination and using of the knowledge and technologies needed to design and development of AWJ processes and create condition for a supply of high quality, environment- and consumer-friendly recycling device which will be competitive on tomorrow's market. The consequence is proposed Project of enforceable and reliable technologic system URrec – “Under-one-Roof recycling”, include the design of need device able to treat all AWJ process waste. AWJ process environmental integration, behavior and influence are tested and evaluated by means of process interactions, inputs, duration, outputs and consequences. The real economics saving for all European countries as a result of massive introduction of recycling devices URrec are counted in expected contribution. GACR Project 101/00/0890 is solved.

English abstract

With aid of the ToP- Theory of Processes – apparatus is new modification of DYVELOPÓ method introduced. Here it serves for Product Life Cycle (PLC) Environmental Management of a real technology of Abrasive Water Jet (AWJ). Necessary phraseology, procedure, functions and variable t is discussed for PLC evaluation. Graphical Set Theory is main mathematical instrument here. Application and case study follow. The principal objectives of following environmental analysis of AWJ processes are a production, dissemination and using of the knowledge and technologies needed to design and development of AWJ processes and create condition for a supply of high quality, environment- and consumer-friendly recycling device which will be competitive on tomorrow's market. The consequence is proposed Project of enforceable and reliable technologic system URrec – “Under-one-Roof recycling”, include the design of need device able to treat all AWJ process waste. AWJ process environmental integration, behavior and influence are tested and evaluated by means of process interactions, inputs, duration, outputs and consequences. The real economics saving for all European countries as a result of massive introduction of recycling devices URrec are counted in expected contribution. GACR Project 101/00/0890 is solved.

Keywords in English

Process, Transformation, Value Added Abrasive Waterjet, Environmental Management, Under-one-Roof recycling

RIV year

2001

Released

07.10.2001

Publisher

International Conference on Technology

Location

Tuscon

Book

TESADI 01

Pages count

1

BIBTEX


@inproceedings{BUT3698,
  author="Jiří {Urbánek},
  title="New Method for Life Cycle Environmental Management – DYVELOP",
  booktitle="TESADI 01",
  year="2001",
  month="October",
  publisher="International Conference on Technology",
  address="Tuscon"
}