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Environment Cost

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  • ENVIRONMENT

    COST ASTRID RUDYANTO (1306498235)

    AULYA AGUSTIN DWI ANDHINI (1306498241)

    HERMAWAN SOEROSO (1306420900)

    CLASS : F13/2S

  • Business leaders have come to talk of the

    desirability of sustainable development

    Sustainable development = business activity that

    produce goods and service needed in the present

    without limiting the ability of future generations to

    meet their needs

    To meet sustainable development, Eco efficiency is

    needed.

    Eco efficiency = increasing production while at the

    same time reducing negative environmental effect,

    resource consumption and costs

    ISSUES

  • Eco efficiency

    Three important messages of Eco efficiency:

    1. Improving ecological and economic

    performance can and should be

    complementary

    2. Improving environmental performance should

    no longer be viewed as a matter of charity and

    goodwill but as a matter of competitiveness

    3. Eco efficiency is complementary to and

    supportive of sustainable development

  • Eco efficiency

    Eco efficiency implies that increased efficiency comes

    from improving environmental performance:

    1. Customer wants cleaner products

    2. Employees prefer to work for environmentally

    responsible firms

    3. External benefits, such as lower cost of capital

    4. Social benefits

    5. A need to innovate and search for new opportunities

    6. Competitive advantage

  • Three pillars of sustainability:

    1. People

    2. Planet

    3. Profits

    TRIPLE BOTTOM LINE

  • Environment cost

    Environmental cost = costs that are incurred

    because poor environmental quality exists

    or may exists

  • ENVIRONMENTAL SIRCUMTANCE

    1. NATURAL ENVIRONMENT

    2. ECONOMIC ENVIRONMENT

    3. SOCIAL ENVIRONMENT

    4. POLITICAL ENVIRONMENT

    5. CULTURAL ENVIRONMENT

  • Categories of Environment Cost

    1. Prevention cost = cost of activities to prevent the production of contaminants that could cause damage to environment

    Ex: evaluating and selecting equipment to control pollution

    2. Detection cost = cost of activities executed to determine if products, processes, and other activities within the firm are in compliance with appropriate environmental standards

    Ex: auditing environmental activities, inspection

  • 3. Internal failure cost = costs of activities

    performed because contaminants and waste

    have been produced but not discharged into

    the environment

    Goal: ensure these contaminants are not released

    and reduce level of contaminants to

    acceptance level

    Ex: treat and dispose toxic materials, maintain

    pollution equipment, recycle scrap

    Categories of Environment Cost

  • 4. External failure cost = costs of activities performed

    after discharging contaminants and waste into

    environment

    Consists of:

    Realized external failure (private) = incurred and

    paid by firm. Ex: clean up polluted lake

    Unrealized external failure (social) = incurred by

    firms, paid by public. Ex: losing a lake for

    recreational use

    Categories of Environment Cost

  • Source: Hansen et al., 2009, Management accounting and control 6th

    ed, USA: South-Western Cengage Learning

  • Environment Cost Classification

    Private vs social environmental cost

    Private = borne by company

    Social = borne by public

    Visible vs hidden environmental cost

    Visible = known and clearly identified as tied

    to environmental issues

    Hidden = caused by environmental issues but

    have not been so identified

    Ronald Hilton

  • Environment Cost Classification

    1. Conventional Cost

    2. Hidden Cost

    3. Contingent Cost

    4. Image Cost

    5. Social Cost

    EPA

  • Environment Cost Classification

    1. Internal Environmental Cost

    2. External Environmental Cost

    SCHALTEGGER

  • Environment Cost Classification

    1. Direct Environmental Cost

    2. Indirect Environmental Cost

    ACCOUNTING

  • REPORTING

    Internal: should be reported as a separate

    classification so manager can assess their impact on firm profitability responsibility accounting

    External: could be mandatory (regulation and

    continuous improvement process based on

    environmental management system)

    Reporting of the environmental performance of

    a company cannot be achieved with the level

    of accuracy without implementing an

    Environmental Management System

  • Source: http://www.airbus.com/company/environment/documentation/

    ?eID=dam_frontend_push&docID=4036

  • Environment Financial Statement

    Environmental financial statement consists of environment benefit and environment cost.

    Environment benefit:

    1. Income = revenues that flow to organization due to environmental action, ex: recycling paper

    2. Current saving = reduction in environmental cost achieved in current year

    3. Cost avoidance = ongoing saving produced in prior years

    Example: BAXTER 2012

  • Source: Hansen et al., 2009, Management accounting and control 6th ed, USA:

    South-Western Cengage Learning

  • Example

    Berikut ini adalah daftar biaya PT Save the Earth untuk tahun 2010 :

    Costs Amount (USD)

    Testing for contamination 1,600,000

    Measuring contamination levels 1,100,000

    Auditing environmental activities 2,000,000

    Inefficient materials usage 1,800,000

    Restoring land to to natural state 3,400,000

    Losing sales due to poor environmental reputation 2,500,000

    Medical care due to polluted air 800,000

    Maintaining pollution equipment 2,700,000

    Recycling scrap 750,000

    Recycling products 800,000

    Performing environmental studies 680,000

    Training (enviromentally related) 970,000

    Penjualan tahun 2010 adalah sebesar $ 250,000,000 dengan total biaya operasi sebesar 30% dari

    penjualan.

    Berdasarkan data diatas,

    - Buatlah Environmental Cost Report PT Save the Earth untuk tahun 2010

    - Hitung persentase masing-masing kategori environmental cost terhadap total biaya operasi

  • PT Save the Earth

    Environmental Cost Report

    For the Year Ended December 31, 2010

    Environmental Costs

    Percentage of

    Operating Costs

    Prevention Costs

    Recycling products $ 800,000

    Performing environmental studies 680,000

    Training (enviromentally related) 970,000 $ 2,450,000 3.27%

    Detection Costs

    Testing for contamination $ 1,600,000

    Measuring contamination levels 1,100,000

    Auditing environmental activities 2,000,000 4,700,000 6.27%

    Internal Failure Costs

    Maintaining pollution equipment $ 2,700,000

    Recycling scrap 750,000 3,450,000 4.60%

    External Failure Costs

    Inefficient materials usage $ 1,800,000

    Restoring land to to natural state 3,400,000

    Losing sales due to poor environmental reputation 2,500,000

    Medical care due to polluted air 800,000 8,500,000 11.33%

    TOTALS $ 19,100,000 25.47%

  • Assigning Environmental Costs

    Products and processes are sources of

    environmental cost

    Environmental product costs = environmental cost

    of processes that produce, market, and deliver

    products and the environmental post purchase

    costs caused by the use and disposal of products

    Type of environmental product costs:

    Full environment costing = private and social

    Full private costing = private

  • Functional based environmental cost assignments

    1. Separated into cost pool

    2. Assign to individual product using unit-level

    drivers

    3. Activity based environmental cost assignments

    Assigning Environmental Costs

  • Life-cycle Cost Assessment

    As the firm gains experience with environmental

    costing, it is advised to expand product cost

    assignment and implement life cycle cost assessment

    Life-cycle assessment identifies the environmental

    consequences of a product through its entire life cycle

    and then search for opportunities to obtain

    environmental improvements

    Life-cycle cost assessment assigns cost and benefits to

    the environmental consequences and improvements

  • Stages of life cycle assessment:

    1. Inventory analysis = type and quantity of materials

    and other inputs needed and resulting environmental

    released

    2. Impact analysis = environment effect of competing

    design and its ranking

    3. Improvement analysis = reducing environmental

    effects revealed by inventory and impact analysis

    Life-cycle Cost Assessment

  • CASE

    Pupuk Kaltim is the biggest Urea fertilizer

    manufacturer in Indonesia, in addition to producing

    ammonia and NPK fertilizer. Pupuk Kaltim provides

    national need of fertilizer both for the subsidized or

    non-subsidized sector. In its activities, Pupuk Kaltim

    emphasizes the importance of running an eco-

    friendly industry that would provide added values to

    the surrounding communities. Pupuk Kaltim is a

    subsidiary of PT. Pupuk Indonesia (Persero).

  • ENVIRONMENTAL PERFORMANCE

    Pupuk Kaltim recognizes the importance of the National park to preserve the balance of the ecosystem and protect biodiversity

    Environmental Responsibility

    Pupuk Kaltim is fully aware that its business activities affect the surrounding environment.

    The obvious impact of Pupuk Kaltims industrial activities is the emergence of effluents, solid wastes, gas emissions, and greenhouse gases.

    Pupuk Kaltim also realizes that industrial activities require a large amount of energy and water. Therefore Pupuk Kaltim is trying to conserve its energy and water usage.

  • ENVIRONMENTAL PERFORMANCE

    Environmental Responsibility

    Pupuk Kaltim has applied and obtained the ISO

    14001:2004 Environmental Management System

    certification in order to minimize the negative

    impacts of its production activities on the

    environment, conserve natural resources utilized in

    the production process, and protect the

    biodiversity in the environment surrounding the

    Company.

  • Environmental Management Program 1. Compiling Amdal or EIA (Environmental Impact

    Assessment)

    2. Implementing the Environmental Management Plan or RKL and Environmental Monitoring Plan or RPL, and reporting them on a quarterly basis to relevant institutions.

    3. Performing software application study of gas emissions from ammonia and urea plants by independent external parties. The results of this study will be used as the basis for establishing a policy to reduce greenhouse gas emissions and other significant emissions.

    4. Replacing all refrigerants that contain ozone-depleting substances with eco-friendly materials.

    5. Replacing light bulbs used in the Companys premises with more energy-efficient bulbs.

    6. Encouraging employees to reduce electricity and water usage.

    7. Equipping new plants with energy-efficient technologies to replace the old plants.

  • Energy and Material Usage

    The primary raw material is natural gas.

    The average rate of natural gas consumption per ton of ammonia in 2012 was 37.55 mmbtu/ton, 1% lower compared to the average rate of natural gas consumption in 2011, which was 38.02 mmbtu/ton. Meanwhile, average rate of gas consumption per ton of urea in 2012 was 28.79 mmbtu/ton, 2% lower than the average rate of natural gas consumption in 2011, which was 29.3 mmbtu/ ton.

    In its production processes, Pupuk Kaltim did not use indirect energy sources since the entire energy requirement is fully met by the power plants in Pupuk Kaltims premises

  • Conservation Programs

    1. Replacement of refrigerants with more

    environmentally-friendly and energy efficient ones.

    2. Replacement of light bulbs with more energy

    efficient ones in the Companys premises.

    3. Installation of kWh meter for panel lighting in plants

    and residential areas.

    4. Installation and application of solar cells in the

    employee residential areas for garden lighting and

    traffic lights.

    5. In 2012, Pupuk Kaltim produced approximately 3,125

    liters of biofuel from used cooking oil, which was

    subsequently used in fuel mixture/substitution

    experiments involving diesel engine vehicles, at a

    proportion of maximum 5%.

  • Waste Management

    Pupuk Kaltim has obtained permission for

    discharging effluents into the sea from the Ministry

    of Environmental Affairs

    The monitoring of effluent discharges throughout

    2012 shows that Pupuk Kaltims effluents are all compliant with the quality standards set by the

    Government