System and method for assisting planning of environment symbiosis district

• US 20020156545A1
• Filed: 04/29/2002
• Published: 10/24/2002
• Est. Priority Date: 01/28/2000
• Status: Abandoned Application

• Current Assignee: Ebara Corporation
• Original Assignee: Ebara Corporation
• Inventors: Sekino, Hideo, Toda, June, Ohbuchi, Masashi, Yamanishi, Yoshie, Susami, Shu, Yamazaki, Yuichiro, Inoue, Satoshi
• Application Number:
  US10/110,779
• Publication Number:
  US 20020156545A1
• Time in Patent Office: Days
• US Class Current: 700/90
• CPC Class Codes: B09B 5/00 Operations not covered by a single other subclass or by a single other group in this subclass
• CPC Class Codes: G06Q 10/06 Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
• CPC Class Codes: G06Q 10/30 Administration of product recycling or disposal
• CPC Class Codes: Y02W 90/00 Enabling technologies or technologies with a potential or indirect contribution to greenhouse gas [GHG] emissions mitigation

Abstract

A district assisting system for making a plan of a waste disposal network, Icons (I1 to I3) indicating the kinds of waste are displayed on a monitor screen. The operator selects, e.g., a gasification melting furnace from a disposal facility item box (W2), creates an icon (I4) in a plan sheet box (W1), and draw a line (L1) linking the icon (I1) to the icon (I4). When the operator clicks the icon (I4), the kinds and amounts of residual and valuable substances produced when combustible waste is processed in a gasification melting furnace are displayed. The operator selects the next disposal facility according to the displayed unconnected residual substances, creates an icon of the selected facility on the monitor screen, and links the icon to the icon (I4). Thus a plan is completed.

Claims

1. A system for supporting in developing plans of waste recycling and waste treatment by simulating with a computer environment impacts and necessary cost of a waste treatment network, comprising;

a. means for setting types of wastes and quantities thereof in conformity with modes of waste collection in a target area; and

b. means for creating a plan of a treatment facility network by setting on a monitoring screen types of treatment facilities and the numbers thereof provided in the network according to the types and quantities of the wastes, the plan creating means comprises;

means for forming on a plan sheet section in the screen waste icons respectively representing the types of the wastes that has been set;

means for forming on the plan sheet section treatment facility icons respectively representing the treatment facilities when the treatment facilities have been selected from treatment facility item section in the screen;

means for calculating types of residues and quantities thereof, after a first treatment facility icon or one of the waste icons is linked with a second treatment facility icon on the plan sheet section, the residues being generated as the result of treatment by a treatment facility represented by the second treatment facility icon; and

means for displaying on the screen the calculated types and quantities of the residues, whereby the treatment facility plan which includes a treatment flow even from one treatment facility to another treatment facility is set on the screen by an operator interactively.

2. A supporting system as set forth in claim 1 wherein the plan creating means further comprises means for setting on the screen a location of a treatment facility center at which treatment facilities in the waste treatment network are collectively arranged, and the supporting system further comprises;

means for setting a simulation time period of the waste treatment network;

means for setting whether or not collection and/or carriage of wastes should be simulated;

LCA/LCC calculation means for calculating environment impacts and necessary costs of the waste treatment network throughout the simulation time period for each of the treatment facility plans which have been created by the plan creating means; and

means for extracting a best plan of the waste treatment network, which comprises at least one of means for extracting the best plan in view of environmental and economic points by evaluating the calculated environmental impacts and necessary costs, and means for extracting the best plan in view of waste management policy point as well as the environmental and economic points by evaluating the created plans from a policy view point as well as the calculated environmental impacts and necessary costs.

7. A supporting system as set forth in anyone of claims 1-6 wherein

the supporting system further comprises means of creating utility flows in the waste treatment network;

the LCA/LCC calculating means is adapted to calculate the environment impacts and the necessary costs of the waste treatment network including the utility flows.

8. A supporting system as set forth in claim 7 wherein the utility flow creating means comprises:

means for forming on the plan sheet section of the monitoring screen utility supply facility icons indicating supply facilities of utilities along with the settled treatment facility icons;

means for setting capacities or quantities of utilities supplied by the respective settled supply facilities; and

means, when one of the utility supply facility ions and one of the treatment facility icons are connected with each other on the plan sheet section, for setting associated allocation of utilities and efficiency of carriage and transmission of the utilities to a waste treatment facility represented by the treatment facility icon.

3. A system for supporting in developing plans of waste recycling and waste treatment by simulating with a computer environment impacts and necessary costs of a waste treatment network, comprising:

a. means for setting a whole simulation time period and dividing it into a plurality of sub-periods on the basis of factors which vary in respect of time in a target area;

b. means for setting types of wastes and quantities thereof in conformity with modes of waste collection in the area for each sub-period;

c. means for setting types of treatment facilities and the number thereof provided in the waste treatment network, and setting lifecycles of the settled respective treatment facilities;

d. means for setting sector terms by dividing the sub-periods to the sector terms based on the settled lifecycles of the respective treatment facilities wherein the delimitation points of the respective sector terms are defined to be starting points and ending points of the respective sub-periods and starting point and ending point of the lifecycle of the respective treatment facilities;

e. means for creating waste treatment flows of the waste treatment network by relating the settled wastes with the settled treatment facilities for each set sector term; and

f. LCA/LCC calculating means for calculating environmental impacts and necessary costs of the waste treatment network for each sector term, summing the environmental impacts and the cost for all the sector terms to obtain environmental impacts and costs for the entire simulation time period.

4. A supporting system as set forth in claim 3, wherein the waste treatment flow creating means comprises:

means for forming on a plan sheet section of a monitoring screen waste icons indicating the settled waste types and treatment facility icons indicating the settled treatment facilities;

means for calculating types of residue and quantities thereof, after a first treatment facility icon or one of the waste icons has been linked with a second treatment facility icon on the plan sheet section, the residue being generated as the result of treatment by a treatment facility indicated by the second treatment facility icon; and

means for displaying the calculated types and quantities of the residue.

5. A supporting system as set forth in claim 3 or claim 4, wherein the supporting system further comprises:

means for extracting a best plan of the waste treatment network, which comprises at least one of means for extracting the best plan in view of environmental and economic points by evaluating the calculated environmental impacts and necessary costs, and means for extracting the best plan in view of waste management policy point as well as the environmental and economic points by evaluating the created plans from a policy view point as well as the calculated environmental impacts and necessary costs.

6. A supporting system as set forth in anyone of claims 3-5, wherein the treatment facility setting means is adapted to set the existing treatment facilities in the area as the same to be provided in the waste treatment network for simulation.

9. A system for supporting in developing plans of utility supply network by making utility flows from utility supply facilities to utility utilization facilities in a target area and simulating with a computer environment impacts and necessary costs of the utility flows, comprising:

a. means for setting a whole simulation time period and dividing it into a plurality of sub-periods on the basis of factors which vary in respect of time in a target area;

b. means for setting types of utilities and quantities thereof necessary to the respective utilization facilities for each sub-period;

c. means for setting types of utilization facilities and the number thereof provided in the utility supply network, and setting lifecycles of the settled respective utilization facilities;

d. means for setting sector terms by dividing the sub-periods to the sector terms based on the settled lifecycles of the respective utilization facilities wherein the delimitation points of the respective sector terms are defined to be starting points and ending points of the respective sub-periods and starting point and ending point of the lifecycle of the respective utilization facilities;

e. means for creating utility flows of the utility supply network by relating the settled utilities with the settled utilization facilities for each set sector term; and

f. LCA/LCC calculating means for calculating environmental impacts and necessary costs of the utility supply network for each sector term, summing the environmental impacts and the cost for all the sector terms to obtain environmental impacts and costs for the entire simulation time period.

10. A method of supporting in developing plans of waste recycling and waste treatment by simulating with a computer environment impacts and necessary cost of a waste treatment network, comprising the steps of;

a. setting types of wastes and quantities thereof in conformity with modes of waste collection in a target area; and

b. creating a plan of a treatment facility network by setting on a monitoring screen types of treatment facilities and the numbers thereof provided in the network according to the types and quantities of the wastes, comprising;

forming on a plan sheet section in the screen waste icons respectively representing the types of the wastes that has been set;

forming on the plan sheet section treatment facility icons respectively representing the treatment facilities when the treatment facilities have been selected from treatment facility item section in the screen;

calculating types of residues and quantities thereof, after a first treatment facility icon or one of the waste icons is linked with a second treatment facility icon on the plan sheet section, the residues being generated as the result of treatment by a treatment facility represented by the second treatment facility icon; and

displaying on the screen the calculated types and quantities of the residues, whereby the treatment facility plan which includes a treatment flow even from one treatment facility to another treatment facility is set on the screen by an operator interactively.

11. A method as set forth in claim 10 wherein the plan creating step further comprises setting on the screen a location of a treatment facility center at which treatment facilities in the waste treatment network are collectively arranged, and the method further comprises;

setting a simulation time period of the waste treatment network;

setting whether or not collection and/or carriage of wastes should be simulated;

calculating environment impacts and necessary costs (LCA/LCC) of the waste treatment network throughout the simulation time period for each of the treatment facility plans which have been created by the plan creating step; and

extracting a best plan of the waste treatment network, which comprises at least one of step of extracting the best plan in view of environmental and economic points by evaluating the calculated environmental impacts and necessary costs, and step of extracting the best plan in view of waste management policy point as well as the environmental and economic points by evaluating the created plans from a policy view point as well as the calculated environmental impacts and necessary costs.

13. A method as set forth in claim 12, wherein the waste treatment flow creating step comprises the steps of:

forming on a plan sheet section of a monitoring screen waste icons indicating the settled waste types and treatment facility icons indicating the settled treatment facilities;

calculating types of residue and quantities thereof, after a first treatment facility icon or one of the waste icons has been linked with a second treatment facility icon on the plan sheet section, the residue being generated as the result of treatment by a treatment facility indicated by the second treatment facility icon; and

displaying the calculated types and quantities of the residue.

14. A method as set forth in claim 12 or 13, wherein the method further comprises:

extracting a best plan of the waste treatment network, which comprises at least one of step of extracting the best plan in view of environmental and economic points by evaluating the calculated environmental impacts and necessary costs, and step of extracting the best plan in view of waste management policy point as well as the environmental and economic points by evaluating the created plans from a policy view point as well as the calculated environmental impacts and necessary costs.

16. A method as set forth in anyone of claims 10-15 wherein

the method further comprises the step of creating utility flows in the waste treatment network;

the LCA/LCC calculating step is adapted to calculate the environment impacts and the necessary costs of the waste treatment network including the utility flows.

17. A method as set forth in claim 16 wherein the utility flow creating step comprises the steps of:

forming on the plan sheet section of the monitoring screen utility supply facility icons indicating supply facilities of utilities along with the settled treatment facility icons;

means for setting capacities or quantities of utilities supplied by the respective settled supply facilities; and

means, when one of the utility supply facility ions and one of the treatment facility icons are connected with each other on the plan sheet section, for setting associated allocation quantity rates of utilities and efficiency of carriage and transmission of the utilities to a waste treatment facility represented by the treatment facility icon.

19. A computer-readable storage medium storing a program for simulating with a computer environmental impacts and necessary costs of waste recycling and waste treatment, wherein the program is the one which can execute the method as set forth in anyone of claims 10-18.

20. A network system for implementing regional plans by which a plurality of terminals of regional planning specialists are connected with one another on the network such as the internet, the network system including a service center which comprises:

a storage medium storing the simulation program as set forth in claim 19;

means for allowing the specialists to access the simulation program on the network;

means for enabling creation of plans by use of the simulation program, while any of the specialists involved in developing the regional plan are interactively communicating; and

means for allowing any of the specialists involved in the regional plans on the network to make access to the created plans and the environmental impacts and costs which have been calculated according to the simulation program.

12. A method of supporting in developing plans of waste recycling and waste treatment by simulating with a computer environment impacts and necessary costs of a waste treatment network, comprising the steps of:

a. setting a whole simulation time period and dividing it into a plurality of sub-periods on the basis of factors which vary in respect of time in a target area;

b. setting types of wastes and quantities thereof in conformity with modes of waste collection in the area for each sub-period;

c. setting types of treatment facilities and the number thereof provided in the waste treatment network, and setting lifecycles of the settled respective treatment facilities;

d. setting sector terms by dividing the sub-periods to the sector terms based on the settled lifecycles of the respective treatment facilities wherein the delimitation points of the respective sector terms are defined to be starting points and ending points of the respective sub-periods and starting point and ending point of the lifecycle of the respective treatment facilities;

e. creating waste treatment flows of the waste treatment network by relating the settled wastes with the settled treatment facilities for each set sector term; and

f. calculating environmental impacts and necessary costs (LCA/LCC) of the waste treatment network for each sector term, summing the environmental impacts and the cost for all the sector terms to obtain environmental impacts and costs for the entire simulation time period.

15. A method as set forth in anyone of claims 12-14, wherein the treatment facility setting step is adapted to set treatment facilities existing in the area as the same to be provided in the waste treatment network for simulation.

18. A method of supporting in developing plans of utility supply network by making utility flows from utility supply facilities to utility utilization facilities in a target area and simulating with a computer environment impacts and necessary costs of the utility flows, comprising the steps of:

a. setting a whole simulation time period and dividing it into a plurality of sub-periods on the basis of factors which vary in respect of time in a target area;

b. setting types of utilities and quantities thereof necessary to the respective utilization facilities for each sub-period;

c. setting types of utilization facilities and the number thereof provided in the utility supply network, and setting lifecycles of the settled respective utilization facilities;

d. setting sector terms by dividing the sub-periods to the sector terms based on the settled lifecycles of the respective utilization facilities wherein the delimitation points of the respective sector terms are defined to be starting points and ending points of the respective sub-periods and starting point and ending point of the lifecycle of the respective utilization facilities;

e. creating utility flows of the utility supply network by relating the settled utilities with the settled utilization facilities for each set sector term; and

f. calculating environmental impacts and necessary costs (LCA/LCC) of the utility supply network for each sector term, summing the environmental impacts and the cost for all the sector terms to obtain environmental impacts and costs for the entire simulation time period.