Home Preface Summary Discussion Conclusion MECEEO System Hydraulic Book


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Preface
Summary
Discussion
Conclusion
MECEEO System
Hydraulic Book

MECEEO System on the Product System (Full LCA)

Enter  Product/Part Name

Enter Weight of the Product/Part

Functional Unit (Optional)

The product runs on average 125/min, on MJ (21.75kWh) average output with % working efficiency, everyday during years days a year for hours a day).

Transport by application per hour (Estimated) (Optional)

Optional Input Data

The program is working on default values recorded in table below. Please change if default values are not acceptable !!!

Choose Material

Steel In product% Cast Iron % Rubber% Plastic (PA) %
Packaging Material       

Economic Data (Optional Values)  

Steel Price

Kr

Electricity (DK) Kr/kWh

Hydraulic oilKr

Cast Iron Price

Kr

Electricity (Global) Kr/kWh

Diesel Oil Kr

Transportation.. (optional) (Please Changes values if, estimation is not acceptable) 

Transport on raw material (Raw material location to raw material production location) and  % material

Raw material locations to Sauer-Danfoss) & % material 

Sauer-Danfoss to distribution locations

End user to disposal locations and % material

Train (KgKm)

%

%

%

%

Ship (RO RO 4 stock) (KgKm)

%

%

%

%

Lorry>16 ton (motorway) (KgKm) % % % %
Lorry > 16 ton  (Highway) (KgKm) % % % %
      Low Quality Steel and Cast Iron Rate Kr

Results Table

 

Material stage

Manufacturing stage

Use stage

Disposal stage

Materials

 

 

 

 

 

 

 

Steel raw material =Kg (Iron ore, scrap, water, oxygen, and lime etc)

Cast Iron raw material= Kg (Iron ore, pellets, natural gas, Fe scrap, water, and CaCO3 etc.

Rubber raw material =Kg (crude oil, natural gas, uranium, Sodium chloride and coke etc)

Plastic raw material =Kg (crude oil, natural gas, uranium, Sodium chloride and coke etc)

Corrugated Board = Kg (dry matter, Recovered fiber, bleached pulp, Caustic Soda, Sulphric Acid etc)

Alloying Elements:

Carbon = Kg

Silicon = Kg

Manganese = Kg

Phosphorus = Kg

Sulfur = Kg

Chromium = Kg

Nickel = Kg

Copper = Kg

Molybdenum = Kg

Aluminium = Kg

Pb (lead) = Kg

B  = Kg

 

 

 

 

Before manufacturing (raw)

Steel        = Kg

Cast Iron  = Kg

Rubber = Kg

PlasticKg

 

After manufacturing

Steel        = Kg

Cast Iron  = Kg

Rubber = Kg

PlasticKg

Packaging Material

Packaging Box =Kg

Plastic BagsKg

Material Loss

Steel Loss (10%)  = Kg

Iron Loss (10%)  = Kg

Steel (manu.) Loss = Kg

Iron (manu.) LossKg

 

 

 

 

 

Steel =Kg 

(Replaced Material)

Cast Iron = Kg (Replaced parts)

Rubber= Kg (Replaced parts)

 

 

Hydraulic Oil = Liters

 

Steel = landfillKg slag and ash Kg

Cast Iron =

Landfill Kg

 slag and ash Kg

Rubber (inci)= Kg

Plastic (inci) = Kg

Corrugated board  

= landfill Kg incinerated  Kg

Hydraulic Oil =L  

Credit Material (DANSTEEL A/S)

Steel = Kg

Cast Iron =Kg

Corrugated Board = Kg

Manganese = Kg

Chromium = Kg

Molybdenum = Kg

Nickel = Kg

Energy

 

 

Steel=MJ

Rubber =MJ

Plastic = MJ

Cast Iron = MJ

Corrugated Board = MJ

Total Transport = MJ

.

.

.

Total Energy = MJ   

Per Person Reserve  = mRP

One piece of hydraulic motor (included replaced material)

 (Inside and outside Sauer-Danfoss) = MJ

 

Total Transport = MJ

.

.

 

Total Energy =MJ   

Person Res.  = mRP

Use stage (MJ)

Loss

motor

Distribution Transport = MJ

Application Transport = MJ

.

Total Energy 

=MJ

Person Reserve = 

 mRP

Energy 

Plastic = MJ Rubber =MJ Corrugated board=

Landfill =MJ

Incinerated = MJ

Transport = MJ

.

Total Energy =MJ

 

Chemicals

 

Mineral oil = Kg

Sodium Carbonate =Kg

Boric Acid  = vKg

Polyphosphate =Kg

Fatty alcohal poly. =Kg

Benzalconiumchl. =Kg

Glycol compounds = Kg

Alcohol amine = Kg

Carboxylic acid =Kg

Alcohol amines = Kg

Phosphate = Kg

Boric Acid ester = Kg

Ethanol amine = Kg

Ethylene glycol =Kg

Hydro.Potassium = Kg

Nitric Acid = Kg

Phosphoric Acid = Kg

mang. nitrate =Kg

Chemicals are not used in the hydraulic product.  

 

Mineral oil = Kg

The undesirable Substances: may be some gases during re-melting and incinerations consumption

Emissions

 

 

Global Warming (g) =

Human TOX. water (m3)=

Human TOX, soil (m3) =

EcoTOX, water-chr. (m3) =

Eco TOX, soil  (m3) =

Acidification (g SO2-equ)=

Photo.ozone (g C2H4-equ) =

Bulk waste (g).=

Hazardous waste (g).=

Radio Active waste (g) =

Slag and ashes (g) =

Human TOX, air (m3) =

Eco TOX, water, ac. (m3)=

 =

=

=

 =

=

=

=

=

.=

=

=

=

=

 =

=

=

 =

=

=

=

=

.=

=

=

=

=

=

=

=

 =

=

=

=

=

.=

=

=

=

=

Economy  

Steel  = Kr

Cast Iron  = Kr

Electricity  = Kr

Total Amount  = Kr

Loss in 

Steel waste = Kr

Cast iron waste = Kr

Hydraulic Oil  = Kr

.

Energy Consumption in working and distribution transport  = Kr

Credit from Recycled

 

Steel  = Kr

Cast Iron  = Kr

Electricity  = Kr

Total Amount  = Kr

.

Others

Water consumption, noise,  

Water consumption. Noise, Air pollution, Working Environmental impacts

 

   

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Home ] Introduction ] Theory ] Goal And Scope ] System Boundaries ] Scope Definition ] Parts List ] Raw Material Stage ] Manufacturing Stage ] Use Stage ] Disposal Stage ] Transportation ] MECO Table ] Data Collection Source ] Inventory ] Environmental Impact Potentials ] Normalization ] Weighted Profile ] Stages Comparison ] Senstivity Analysis ] Recommendation and models information ] References ] GREEN CHALLENGE ] LCE Model ] Carbon Equilibrium ]


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Last modified: October 15, 2001
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