Industrial ecosystem

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INDUSTRIAL ECOSYSTEM INDUSTRIAL ECOSYSTEM INDUSTRIAL ECOSYSTEM INDUSTRIAL ECOSYSTEM INDUSTRIAL ECOSYSTEM INDUSTRIAL ECOSYSTEM INDUSTRIAL ECOSYSTEM INDUSTRIAL ECOSYSTEM Name: FAIRUZ ROLLNO: BARC/8008/10 SUBJECT : INDUSTRIAL ARCHITECTURE SEMESTER : VIII Name: FAIRUZ ROLLNO: BARC/8008/10 SUBJECT : INDUSTRIAL ARCHITECTURE SEMESTER : VIII

Transcript of Industrial ecosystem

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INDUSTRIAL ECOSYSTEMINDUSTRIAL ECOSYSTEMINDUSTRIAL ECOSYSTEMINDUSTRIAL ECOSYSTEMINDUSTRIAL ECOSYSTEMINDUSTRIAL ECOSYSTEMINDUSTRIAL ECOSYSTEMINDUSTRIAL ECOSYSTEM

• Name�:�FAIRUZ

• ROLL�NO�:�BARC/8008/10

• SUBJECT�:�INDUSTRIAL�ARCHITECTURE

• SEMESTER�:�VIII

• Name�:�FAIRUZ

• ROLL�NO�:�BARC/8008/10

• SUBJECT�:�INDUSTRIAL�ARCHITECTURE

• SEMESTER�:�VIII

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INTRODUCTIONINTRODUCTIONINTRODUCTIONINTRODUCTION

� INDUSTRIAL�ECOSYSTEM is�an Eco-Industrial�Park�

� It�is�also�known�as�industrial�symbiosis,�eco-industrial�estate,�eco�industrial�network,�eco-industrial�development,�etc.�

� An�association between�two�or�more�industrial�facilities�or�companies�in�which�the�wastes�or�byproducts�of�one�become�the�raw�materials�for�another.�

� Based�on��the�concept�of�Industrial��Ecology

� It�is�planned,�designed,�and�built�in�such�a�way�that�it�makes�it�easier�for�businesses�to�co-operate�

� Main�Objective�OF�industrial�Ecosystem:

1. Reduce�waste�and�pollution

2. Efficiently�share�resources�such�as�information,�materials,�water, energy,�infrastructure,�and natural�resources�by�the�industries.

3. Achieve sustainable�development,�with�the�intention�of�increasing�economic�gains and�improving�environmental�quality

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INDUSTRIAL ECOSYSTEM CONCEPTINDUSTRIAL ECOSYSTEM CONCEPTINDUSTRIAL ECOSYSTEM CONCEPTINDUSTRIAL ECOSYSTEM CONCEPT

� It�is�a�natural�cycle�where�everything�on�earth��is�

consumed�by�one�another�organisms

� There�is�no�waste�or�pollution�created by�natural�

ecology�since�the�waste�of�one�organism�becomes�the�

food�of�another

NATURAL ECOLOGYNATURAL ECOLOGYNATURAL ECOLOGYNATURAL ECOLOGY INDUSTRIAL ECOLOGYINDUSTRIAL ECOLOGYINDUSTRIAL ECOLOGYINDUSTRIAL ECOLOGY

� Based�on��the�concept��

of�Natural�Ecology

� It�is�the�study�of�

material�&�energy�flows�

through�industrial�

systems.

� The�wastes�or�� The�wastes�or�

byproducts�of�one�

industry�become�the�

raw�materials�for�

another

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EVOLUTIONARY PROCESSESEVOLUTIONARY PROCESSESEVOLUTIONARY PROCESSESEVOLUTIONARY PROCESSES

Evolutionary�processes�of�industrial�ecosystem�are�of�two�types�:

a. SELF-ORGANISED�PARK.

b. CONSTRUCTED�OR�DESIGNED�PARK.�

� Self- organized�eco-industrial�parks�have�evolved�spontaneously�without�any�policy�management�or�administrative�plans�to�develop�cooperation.

� These�systems�have�become�eco-industrial�parks�by�

accident,�because�of�independent�linkages�between�its�

SELF SELF SELF SELF ---- ORGANISED ECO ORGANISED ECO ORGANISED ECO ORGANISED ECO ----PARKPARKPARKPARK DESIGNED ECO DESIGNED ECO DESIGNED ECO DESIGNED ECO ---- INDUSTRIAL PARKINDUSTRIAL PARKINDUSTRIAL PARKINDUSTRIAL PARK

� Designed�eco-industrial�parks�can�be�constructed�around�already�existing�operations�or�built�from�scratch�with�the��help�of�evolutionary�approach

�Main�2�Approaches�OF�Designed Industrial�Park�are:accident,�because�of�independent�linkages�between�its�actors.��

�Main�2�Approaches�OF�Designed Industrial�Park�are:

a. Stream-Based�Approach�:

Linkages�are�made�based�on�the�flow�of�specific�physical�resources

b. Business-Based�Approach�:

The�developer�looks�for�companies�that�are�interested�in�the�project�and�tries�to�fit�them�in�the�eco-industrial�park�concept.�

� The�model�preferred�would�combine�both�stream-based�and�business-based�approaches�and�companies�would�be�proposed�to�join�the�park�on�the�basis�of�their�streams.

� The�network�can�also�be�built�around�one�large�industry�which�will�work�as�a�central�element,�as�an�anchor�tenant�for�an�eco-industrial�park.

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RESEARCH I :RESEARCH I :RESEARCH I :RESEARCH I :RESEARCH I :RESEARCH I :RESEARCH I :RESEARCH I :

KALUNDBORG��ECO�– INDUSTRIAL�PARK

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RESEARCH : RESEARCH : RESEARCH : RESEARCH : Kalundborg Eco-Industrial Park

� Kalundborg Eco-Industrial�Park�is�a�located�in�Kalundborg,Denmark

� It�is�a�self�organized�eco�industrial�park�with��20,000�inhabitants

� Companies�in�this�region�collaborate�to�use�each�other's�by-products�&�share�resources

� In�1961,�It�began�with�a�project�to�use�surface�water�from�Lake�Tissø for�a�new�oil�refinery�in�order�to�save�the�limited�supplies�of�ground�water�

� In�1973,�Largest�power�station�in�Denmark�known�as�Asnaes Power�station�was�set�up�which�works�as�a�central�elementstation�was�set�up�which�works�as�a�central�element

� Starting�from�this�initial�collaboration,�a�number�of�other�collaborative�projects�were�subsequently�introduced

� By�the�end�of�the�1980's,�the�partners�realized�that�they�had�effectively�formed�a�“self-organized"�Industrial�Ecosystem

� In�2001, International Society for Industrial Ecology was�formed.

� It�promotes�“the�use�of�industrial�ecology�in�research,�education,�

policy,�community�development,�and�industrial�practices”�around�

the�world.

� In�2005, UK’s National Industrial Symbiosis Programme (NISP) was�

launched�as�the�first�national�scale�IS�initiative�in�the�world�to�

promote�inter-firm�synergies�in�regions�across�the�UK.

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RESEARCH : RESEARCH : RESEARCH : RESEARCH : Kalundborg Eco-Industrial Park

The�Kalundborg Eco-Industrial�Park�today�includes�nine�private�and�public�enterprises:

1. Novo�Nordisk - Danish�company�and�largest�producer�of insulin�in�the�world

2. Novozymes - Danish�company�and�largest�enzyme�producer�in�the�world

3. Gyproc - French�producer�of�gypsum�board

4. Kalundborg Municipality�4. Kalundborg Municipality�

5. Dong�Energy - owner�of�Asnaes Power�Station,�the�largest�power�plant�in�Denmark

6. Rgs 90 - Danish�soil�remediation�and�

recovery�company

7. Statoil - Norwegian�company�which�owns�Denmark's�largest�oil�refinery

8. Kara/Novoren - Danish�waste�treatment�

company

9. Kalundborg Forsyning A/S - water�and�heat�supplier,�as�well�as�waste�disposer,�for�Kalundborg citizen

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RESEARCH : RESEARCH : RESEARCH : RESEARCH : Kalundborg Eco-Industrial Park

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RESEARCH : RESEARCH : RESEARCH : RESEARCH : Kalundborg Eco-Industrial Park

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RESEARCH : RESEARCH : RESEARCH : RESEARCH : Kalundborg Eco-Industrial Park

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RESEARCH : RESEARCH : RESEARCH : RESEARCH : Kalundborg Eco-Industrial Park

WASTE AVOIDED THROUGH INTERCHANGESWASTE AVOIDED THROUGH INTERCHANGESWASTE AVOIDED THROUGH INTERCHANGESWASTE AVOIDED THROUGH INTERCHANGES

ANNUAL RESOURCE SAVINGS THROUGH INTERCHANGESANNUAL RESOURCE SAVINGS THROUGH INTERCHANGESANNUAL RESOURCE SAVINGS THROUGH INTERCHANGESANNUAL RESOURCE SAVINGS THROUGH INTERCHANGES

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RESEARCH II :RESEARCH II :RESEARCH II :RESEARCH II :RESEARCH II :RESEARCH II :RESEARCH II :RESEARCH II :

UIMAHARJU��ECO�- INDUSTRIAL��PARK

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RESEARCH : RESEARCH : RESEARCH : RESEARCH : Uimaharju Industrial Park

� Uimaharju Industrial�Park�is�located�in�the�small�municipality�of�ENO in�Eastern�Finland.

� It�is�a�self�organized�eco�industrial�park�with��5,000�inhabitants

� During�the�1950s�and�60s,The�Uimaharju industrial�area�consisted�only�of�a�sawmill�where�the�bark�waste�from�saw�logs�was�combusted�for�energy

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RESEARCH : RESEARCH : RESEARCH : RESEARCH : Uimaharju Industrial Park

� In�1967–1992�,�a�pulp�mill�and�a�power�plant

were�built�alongside�the�sawmill.�

�Waste�wood�chips�serve�as�raw�material�for�pulping (2),�

� Pulping�wastes acts�as�a�fuel�for�energy�production�in�the�new�power�plant�which�inturnprovide��some�power(3),�steam�(4)�and�heat�(5)�to��the�pulp�mill.

� The�CHP�plant�(coproduction�of�heat�and�power)�was�not�efficient�enough�to�produce�the�power�required�by�the�mills�and�this�need�was�met�by�purchasing�power�from�the�national�

grid.�

� Some�sawdust (6)�was�supplied to�other�mills�outside�the�park�as�resources�with�value.

�The�pulp�mill�needed�pulping�chemicals�and�some�industrial�gases�(O2,�CO2)�for�pulp�bleaching�which��were�sourced�from�outside�the�system.

� Plenty�of�water�is�required�in�the�pulp�making�processes�which�is�obtained�from�the�lake.�

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RESEARCH : RESEARCH : RESEARCH : RESEARCH : Uimaharju Industrial Park

� In�1992–2003�(C)�the�newest�actors�are a�waste�ash�treatment�plant,�a�

wastewater�treatment�plant�and�a�gas�

plant.

� There�are�also�some�new�flows�between�the�system�and�its�environment�such�as�:�i. Waste�ash�utilization�for�fertilizer (9)ii. Waste�water�sludge�used�as�fuel (11)iii. Saw-mill�bark�used�as fuel�in�the�power�

plant�(7)�plant�(7)�iv. Recovery�and�Reuse�of�pulping�

chemicals�(10)v. Industrial�gas�recovery�in�the�gas�

plant.��(8)

�The�municipality�of�Eno runs�its�municipal�waste�waters�(12)�into�the�Uimaharju park�to�be�treated�efficiently�in�the�park’s�wastewater�plant.

� The�industrial�park�sells�some�of�the�unused�wood�wastes outside�the�park�(13).

� Finally,�some�surplus�(green)�electricity is�sold�to�the�international�grid�(14).

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CHARACTERISTICS OF INDUSTRIAL ECOSYSTEMCHARACTERISTICS OF INDUSTRIAL ECOSYSTEMCHARACTERISTICS OF INDUSTRIAL ECOSYSTEMCHARACTERISTICS OF INDUSTRIAL ECOSYSTEM

To�be�a�real�eco-industrial�park�,�a�development�must�have�:

� Large�central�industry�which�will�be�connected�to�other�smaller�industries

� Network�Of�Factories�Where��The�By�Products�And�Resource�Can�Be�Shared

� A�Recycling and�Reuse�Business�Cluster

� A�Collection�Of�Environmental�Technology�Companies

� An�Environmentally�Friendly�Infrastructure

� A�Collection�Of�Companies�Making�“Green”�Products

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ADVANTAGES & DISADVANTAGESADVANTAGES & DISADVANTAGESADVANTAGES & DISADVANTAGESADVANTAGES & DISADVANTAGES

�Waste�product�from�one�industry�provides�input�for�another,�reducing�input�cost

� Reduced�waste�streams�mean�lower�waste�disposal�costs

� New�employment�opportunities�through�local�utilization�and�management�of�material�&�energy�flows

� Reduced�emissions�of�gases�means�less�need�to�separate�reduced�

ADVANTAGESADVANTAGESADVANTAGESADVANTAGES

industrial�and�residential�land�uses�and�consequently�reduced�movement�cost�between�two.

DISADVANTAGESDISADVANTAGESDISADVANTAGESDISADVANTAGES

� Its�time�Consuming�to�build�an�Eco�Industrial�Park

� Proximity of�industries�are�necessary�for�easier�linkages

� Large�amount�of investment�is�required�for�the�exchange�network

� There�is�a�great�risk�if�one�industry�is�bankrupt�or�in�loss

� Industries�must�be�joined�in�a�closed�loop�

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CONCLUSIONCONCLUSIONCONCLUSIONCONCLUSION

� Industrial�ecosystem,�for�now�is�a�Potential�research�fieldwith�plenty�of�implications�in�creating�an�eco�friendly�environment

� Many�experts�are�still�researching�within�this�field�in�order�to�achieve�a�perfectly��Designed�Eco�Industrial�Park

� It�becomes�time�consuming�and�difficult�to�get�different�companies�to�collaborate�with�each�other.

� Architect�plays�an�important�role�in�the�field�of�eco�industrial�park�design

� Industry�ecosystem�is�a�concept�introduced�in�industrial�architecture�to�minimize�pollution,�avoid�unnecessary�wastage�&�reduce�transportation�cost.