LC 00821: verschil tussen versies

Geen bewerkingssamenvatting
Geen bewerkingssamenvatting
 
(7 tussenliggende versies door 2 gebruikers niet weergegeven)
Regel 1: Regel 1:
====Development of the delta or region====
=== Boundary conditions ===
Elaborate on the (vision about) developments of the Zuidwestelijke Delta in the long run (time scale: ages).
* Serving multiple goals, like ecosystem, water availability and use, tourism
<br />
* Quality: use, reuse, discharge
<br />
* Quantity: precipitation, groundwater flow, buffering
====Themes and challenges in subregions or basins====
* Sustainability: circular, safe, robust
Elaborate on the (vision about the) development of societal relevant themes and challenges in the Eastern Scheldt and Western Scheldt. Time scale: decades.
* Location: Land use, spatial planning, salt intrusion, land ownership, environment, access
<br />
* Meeting local needs: safety, agriculture, industry, households
<br />
* Acceptance
====Challenges in this living lab / project====
 
Describe hallenges in this living lab / project.
=== Stakeholders ===
<br />
* Industry (Dow, North Sea Ports, Evides)
<br />
* Agriculture, horticulture, livestock
* Government (water board Scheldestromen, Province of Zeeland, municipality Terneuzen, …)
* Consumers / community / households / nature / recreation
 
Contacts therein:
* Dow Benelux / HZ: Niels Groot
* Province of Zeeland: Thecla Westerhof
* Water board Scheldestromen: Walter Oomen
* Municipality Terneuzen: Jeannette Groeneveld
* Evides: Piet de Boks / Wilbert van den Broek
* North Sea Ports: n.t.b.
 
=== Prerequisites ===
Knowledge requirements on water quality (in a wider perspective). This is app. 75 pages from '''J.R. Mihelcic and J.B. Zimmerman (2014) Environmental Engineering, 2<sup>nd</sup> edition, Wiley & Sons''', about
* Environmental protection and sustainability (2-24)
* Units, concentrations (38-40 and 48-58)
* Reactions and equilibria: pH, redox, dissolution (83-93)
* Ions and element cycles (224-230)
* Impact of oxygen demand (337-342)
* Eutrophication, nutrients (344-346)
* Basics of primary, secondary and tertiary waste water treatment (454-458, 474-479)
* Water reclamation and reuse examples (498-499)
 
 
 
 
 
{{Light Context
{{Light Context
|Supercontext=PR 00206
|Supercontext=PR 00206

Huidige versie van 13 nov 2018 om 12:42

Boundary conditions

  • Serving multiple goals, like ecosystem, water availability and use, tourism
  • Quality: use, reuse, discharge
  • Quantity: precipitation, groundwater flow, buffering
  • Sustainability: circular, safe, robust
  • Location: Land use, spatial planning, salt intrusion, land ownership, environment, access
  • Meeting local needs: safety, agriculture, industry, households
  • Acceptance

Stakeholders

  • Industry (Dow, North Sea Ports, Evides)
  • Agriculture, horticulture, livestock
  • Government (water board Scheldestromen, Province of Zeeland, municipality Terneuzen, …)
  • Consumers / community / households / nature / recreation

Contacts therein:

  • Dow Benelux / HZ: Niels Groot
  • Province of Zeeland: Thecla Westerhof
  • Water board Scheldestromen: Walter Oomen
  • Municipality Terneuzen: Jeannette Groeneveld
  • Evides: Piet de Boks / Wilbert van den Broek
  • North Sea Ports: n.t.b.

Prerequisites

Knowledge requirements on water quality (in a wider perspective). This is app. 75 pages from J.R. Mihelcic and J.B. Zimmerman (2014) Environmental Engineering, 2nd edition, Wiley & Sons, about

  • Environmental protection and sustainability (2-24)
  • Units, concentrations (38-40 and 48-58)
  • Reactions and equilibria: pH, redox, dissolution (83-93)
  • Ions and element cycles (224-230)
  • Impact of oxygen demand (337-342)
  • Eutrophication, nutrients (344-346)
  • Basics of primary, secondary and tertiary waste water treatment (454-458, 474-479)
  • Water reclamation and reuse examples (498-499)