This is a Biofuel Production Metric Dashboard (Diamond) Report, it is one of reports that Balanced Scorecard Designer can generate for Biofuel Production KPI. With this software you can also design your own scorecards, KPIs and metrics.


Biofuel Production Scorecard

Report includes: 2 day(s), from 29.01.2009 to 30.01.2009

  Name Start value End value Dynamic Contains
Root Biofuel Production Scorecard  47,83 % 60,42 % + 12,59 %
Production and Resources Perspective(49,7%, 14,06%Up)
Efficiency and Growth Perspective(63,8%, -2,67%Down)
Quality Enhancement and Public Awareness Perspective(46,7%, 15,53%Up)
Research and Environmental Perspective(85,1%, 30,33%Up)

Graph for Biofuel Production Scorecard

Graph for Biofuel Production Scorecard

Data for Biofuel Production Scorecard

DatesValue
29.01.200947,83
30.01.200960,42


Production and Resources Perspective

  Name Start value End value Dynamic Parent Contains
Root Production and Resources Perspective SLYellow 35,65 % 49,71 % + 14,06% Biofuel Production Scorecard
Indicators
Gallons Produced per Year
Cost per Hectare
Types of Biofuel produced
% improvement in the availability of inputs/feedstock *
* - Information for this metric is limited in sample report Description This perspective takes into consideration the production aspect and resource availability in a biofuel production company.

Graph for Production and Resources Perspective

Graph for Production and Resources Perspective

Data for Production and Resources Perspective

DatesValueWeight
29.01.200935,653
30.01.200949,713


Gallons Produced per Year

  Name Start value End value Dynamic Measure units Optimization method Parent
Root Gallons Produced per Year UpGreen 216,2 984,8 + 768,6 million gallons Maximize Production and Resources Perspective
Description It refers to the quantity of biofuel produced per year by the production plant.

Graph for Gallons Produced per Year

Graph for Gallons Produced per Year

Data for Gallons Produced per Year

DatesWeightMinMaxValue
29.01.200931001500216,2
30.01.200931001500984,8


Cost per Hectare

  Name Start value End value Dynamic Measure units Optimization method Parent
Root Cost per Hectare UpRedSLYellow 243,2 504,2 + 261 $ Minimize Production and Resources Perspective
Description It refers to cost of producing biofuel experienced borne by the biofuel production company per hectare.

Graph for Cost per Hectare

Graph for Cost per Hectare

Data for Cost per Hectare

DatesWeightMinMaxValue
29.01.20093200800243,2
30.01.20093200800504,2


Types of Biofuel produced

  Name Start value End value Dynamic Measure units Optimization method Parent
Root Types of Biofuel produced UpGreenSLRed 1,981 3,475 + 1,494 # Maximize Production and Resources Perspective
Description It indicates the types of biofuel produced by the company. It may include ethanol, methanol, biodiesel, and the like.

Graph for Types of Biofuel produced

Graph for Types of Biofuel produced

Data for Types of Biofuel produced

DatesWeightMinMaxValue
29.01.200921101,981
30.01.200921103,475


Efficiency and Growth Perspective

  Name Start value End value Dynamic Parent Contains
Root Efficiency and Growth Perspective SLYellow 66,45 % 63,78 % -2,67% Biofuel Production Scorecard
Indicators
% rise in Process Energy Efficiency
% reduction in production Downtime
% increase in production capacity
% reduction in biofuel production cost per hectare *
* - Information for this metric is limited in sample report Description This perspective is helpful in knowing the efficiency and growth pattern of the operations of biofuel production company.

Graph for Efficiency and Growth Perspective

Graph for Efficiency and Growth Perspective

Data for Efficiency and Growth Perspective

DatesValueWeight
29.01.200966,453
30.01.200963,783


% rise in Process Energy Efficiency

  Name Start value End value Dynamic Measure units Optimization method Parent
Root % rise in Process Energy Efficiency UpGreenSLYellow 6,507 15,406 + 8,899 % Maximize Efficiency and Growth Perspective
Description It means the % increase in process energy efficiency experienced by the biofuel production company over the last 6 months. Process Efficiency can be calculated with the formula [Btus Output / Btus Input] where, BTUS stands for British Thermal Units.

Graph for % rise in Process Energy Efficiency

Graph for % rise in Process Energy Efficiency

Data for % rise in Process Energy Efficiency

DatesWeightMinMaxValue
29.01.200935166,507
30.01.2009351615,406


% reduction in production Downtime

  Name Start value End value Dynamic Measure units Optimization method Parent
Root % reduction in production Downtime DownRedSLYellow 67,24 37,3 -29,94 % Maximize Efficiency and Growth Perspective
Description It indicates the % reduction in production downtime achieved by the company after the implementation of quality management techniques and streamlining of processes.

Graph for % reduction in production Downtime

Graph for % reduction in production Downtime

Data for % reduction in production Downtime

DatesWeightMinMaxValue
29.01.20092107067,24
30.01.20092107037,3


% increase in production capacity

  Name Start value End value Dynamic Measure units Optimization method Parent
Root % increase in production capacity UpGreen 25,6 26,2 + 0,6 % Maximize Efficiency and Growth Perspective
Description It indicates the percentage rise in the production capacity. It is calculated in the amount of gallons of biofuel produced with same inputs.

Graph for % increase in production capacity

Graph for % increase in production capacity

Data for % increase in production capacity

DatesWeightMinMaxValue
29.01.2009353025,6
30.01.2009353026,2


Quality Enhancement and Public Awareness Perspective

  Name Start value End value Dynamic Parent Contains
Root Quality Enhancement and Public Awareness Perspective SLYellow 31,2 % 46,73 % + 15,53% Biofuel Production Scorecard
Indicators
Level of compliance with ASTM standards
Number of quality management techniques utilized
Number of biofuel benefits awareness campaigns done
Integration level of small or mid-sized plants with large-scale plants *
* - Information for this metric is limited in sample report Description This perspective talks about the quality enhancement and public awareness measures taken by the company.

Graph for Quality Enhancement and Public Awareness Perspective

Graph for Quality Enhancement and Public Awareness Perspective

Data for Quality Enhancement and Public Awareness Perspective

DatesValueWeight
29.01.200931,22
30.01.200946,732


Level of compliance with ASTM standards

  Name Start value End value Dynamic Measure units Optimization method Parent
Root Level of compliance with ASTM standards UpGreenSLYellow 4,258 8,821 + 4,563 Score Maximize Quality Enhancement and Public Awareness Perspective
Description This KPI helps in judging the compliance level of the company with the American Society for Testing and Materials (ASTM) standards (on a scale of 1 to 10).

Graph for Level of compliance with ASTM standards

Graph for Level of compliance with ASTM standards

Data for Level of compliance with ASTM standards

DatesWeightMinMaxValue
29.01.200931104,258
30.01.200931108,821


Number of quality management techniques utilized

  Name Start value End value Dynamic Measure units Optimization method Parent
Root Number of quality management techniques utilized UpGreenSLYellow 2,68 2,712 + 0,032 # Maximize Quality Enhancement and Public Awareness Perspective
Description It indicates the number of quality management concepts utilized by the company. It may include TQM, JIT, Six Sigma, lean manufacturing, etc.

Graph for Number of quality management techniques utilized

Graph for Number of quality management techniques utilized

Data for Number of quality management techniques utilized

DatesWeightMinMaxValue
29.01.20092152,68
30.01.20092152,712


Number of biofuel benefits awareness campaigns done

  Name Start value End value Dynamic Measure units Optimization method Parent
Root Number of biofuel benefits awareness campaigns done DownRedSLYellow 2,512 1,108 -1,404 # Maximize Quality Enhancement and Public Awareness Perspective
Description This KPI shows the number of public awareness campaigns done by the company to portray and given knowledge about the benefits of biofuel (over the last 1 year).

Graph for Number of biofuel benefits awareness campaigns done

Graph for Number of biofuel benefits awareness campaigns done

Data for Number of biofuel benefits awareness campaigns done

DatesWeightMinMaxValue
29.01.200931102,512
30.01.200931101,108


Research and Environmental Perspective

  Name Start value End value Dynamic Parent Contains
Root Research and Environmental Perspective  54,8 % 85,13 % + 30,33% Biofuel Production Scorecard
Indicators
Fraction research budget
% decrease in carbon emissions during production processes
Number of potential sources of biofuels developed
% increase in Government aid *
* - Information for this metric is limited in sample report Description This perspective provides an overview of the research and environmental protection aspects of the biofuel production company.

Graph for Research and Environmental Perspective

Graph for Research and Environmental Perspective

Data for Research and Environmental Perspective

DatesValueWeight
29.01.200954,82
30.01.200985,132


Fraction research budget

  Name Start value End value Dynamic Measure units Optimization method Parent
Root Fraction research budget UpGreenSLRed 19,25 25,925 + 6,675 % Maximize Research and Environmental Perspective
Description It refers to fraction of overall funds that is put into research efforts initiated by the company.

Graph for Fraction research budget

Graph for Fraction research budget

Data for Fraction research budget

DatesWeightMinMaxValue
29.01.2009353019,25
30.01.2009353025,925


% decrease in carbon emissions during production processes

  Name Start value End value Dynamic Measure units Optimization method Parent
Root % decrease in carbon emissions during production processes DownRed 26,516 24,072 -2,444 % Maximize Research and Environmental Perspective
Description It indicates the % decrease in carbon emissions level during biofuel production processes experienced.

Graph for % decrease in carbon emissions during production processes

Graph for % decrease in carbon emissions during production processes

Data for % decrease in carbon emissions during production processes

DatesWeightMinMaxValue
29.01.2009343026,516
30.01.2009343024,072


Number of potential sources of biofuels developed

  Name Start value End value Dynamic Measure units Optimization method Parent
Root Number of potential sources of biofuels developed UpGreenSLRed 2,465 4,485 + 2,02 # Maximize Research and Environmental Perspective
Description It implies the number of potential sources of biofuels developed by the company over the years.

Graph for Number of potential sources of biofuels developed

Graph for Number of potential sources of biofuels developed

Data for Number of potential sources of biofuels developed

DatesWeightMinMaxValue
29.01.20092052,465
30.01.20092054,485
Created by: AKS-Labs
Report created with Balanced Scorecard Designer at 25.01.2009 21:26:30

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