exampleObj = { "EcoCup.ih": "
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  • GHG emission reduction
  • Emissions produced
  • Net GHG emission reduction:
  • Net GHG emission reduction potential in year 1:
  • Net GHG emission reduction potential in year 5:
  • How does your innovation reduce carbon emissions, and by how much?
    • Complete

    1.   Innovative solution


    What is the name of your company?
    What is the name of the product or service?
    What is the function of EcoCup, what is it for?
    What is your innovative solution to provide single use cups?
    What is the usual way to provide single use cups?
    Does your EcoCup fit in one of these categories?
    \n\t
    \n\t\t\n\t
    \n
    By which amount can we compare your innovation to business as usual? This could be the amount per customer and is also known as the functional unit.
    Complete

    2.   Reduced emissions


    What is the predominant way your innovation reduces GHG emissions?

    What resource are you predominantly replacing, reducing or avoiding?  Search impact data
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    What is the climate impact per kg in kgCO₂eq of PP (Polypropylene)?
    How many kgs of PP (Polypropylene) are reduced per 1000 pieces of 2 gram cup?
    What is the source of your climate impact data?
    GHG emission reduction
    3.26kgCO2eq per 1000 pieces of 2 gram cup
    Complete

    3.   Innovation emissions


    What are the GHG emissions from the resources you need for the innovation?

    What is the predominant resource needed for your innovation?  Search impact data
    \n
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    What is the climate impact per kg in kgCO₂eq of PLA (Polylactide, biodegradable)?
    How much kgs of PLA (Polylactide, biodegradable) is used per 1000 pieces of 2 gram cup?
    What is the source of your climate impact data?
    Emissions produced
    7.1 kgCO2eq per 1000 pieces of 2 gram cup
    Complete

    4.   Net emission reductions


    What scale of operations do you expect for year 1 and year 5?

    How many 1000 pieces of 2 gram cups are you delivering in year 1?
    How many 1000 pieces of 2 gram cups are your delivering in year 5?
    Net GHG emission reduction:
    3.87kgCO2eq per 1000 pieces of 2 gram cup
    Net GHG emission reduction potential in year 1:
    3.9 tCO2eq
    Net GHG emission reduction potential in year 5:
    39 tCO2eq

    Impact Hypothesis


    Describe how your innovation can reduce GHG emissions and how much in t CO2eq in year 1 and year 5, considering one emission reduction pathway and one source of innovation emissions.

    EcoCup EcoCup has the potential to create MORE GHG emissions by providing single use cups with bio-based, biodegradable PLA instead of polypropylene, created from fossil oil.

    Per     1000 pieces of 2 gram cup we avoid the emission of 3.26kgCO₂eq by reducing the need for 2 kg of PP (Polypropylene) (IdeMat), while we emit 7.1 kgCO₂eq by using 2 kg of PLA (Polylactide, biodegradable) (IdeMat).

    The net impact in year 1 at     1000 1000 pieces of 2 gram cups is 3.9 tCO₂eq.
    This scales to a net impact in year 5 at     10000 1000 pieces of 2 gram cups of 39 tCO₂eq.
    ", "eVan Moving Service.ih": "
    Viewing only: To enable editing, open this file in the Climate impact hypothesis.

    This file was saved with the Climate impact hypothesis 0.1 on
    Fri Nov 24 2023 17:39:44 GMT+0100 (Central European Standard Time)
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    \n\t
  • GHG emission reduction
  • Emissions produced
  • Net GHG emission reduction:
  • Net GHG emission reduction potential in year 1:
  • Net GHG emission reduction potential in year 5:
  • How does your innovation reduce carbon emissions, and by how much?
    • Complete

    1.   Innovative solution


    What is the name of your company?
    What is the name of the product or service?
    What is the function of eVan Moving Service, what is it for?
    What is your innovative solution to provide domestic and office moving service?
    What is the usual way to provide domestic and office moving service?
    Does your eVan Moving Service fit in one of these categories?
    \n\t
    \n\t\t\n\t
    \n
    By which amount can we compare your innovation to business as usual? This could be the amount per customer and is also known as the functional unit.
    Complete

    2.   Reduced emissions


    What is the predominant way your innovation reduces GHG emissions?

    What resource are you predominantly replacing, reducing or avoiding?  Search impact data
    \n
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    What is the climate impact per vkm in kgCO₂eq of Diesel van?
    How many vkms of Diesel van are reduced per full-day rental of a van?
    What is the source of your climate impact data?
    GHG emission reduction
    17 kgCO2eq per full-day rental of a van
    Complete

    3.   Innovation emissions


    What are the GHG emissions from the resources you need for the innovation?

    What is the predominant resource needed for your innovation?  Search impact data
    \n
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    What is the climate impact per vkm in kgCO₂eq of Electric van (general)?
    How much vkms of Electric van (general) is used per full-day rental of a van?
    What is the source of your climate impact data?
    Emissions produced
    6.9 kgCO2eq per full-day rental of a van
    Complete

    4.   Net emission reductions


    What scale of operations do you expect for year 1 and year 5?

    How many full-day rental of a vans are you delivering in year 1?
    How many full-day rental of a vans are your delivering in year 5?
    Net GHG emission reduction:
    -9.7 kgCO2eq per full-day rental of a van
    Net GHG emission reduction potential in year 1:
    -4.9 tCO2eq
    Net GHG emission reduction potential in year 5:
    -29 tCO2eq

    Impact Hypothesis


    Describe how your innovation can reduce GHG emissions and how much in t CO2eq in year 1 and year 5, considering one emission reduction pathway and one source of innovation emissions.

    Eco Movers eVan Moving Service has a GHG emission reduction potential by providing domestic and office moving service with electric vans instead of diesel vans.

    Per     full-day rental of a van we avoid the emission of 17 kgCO₂eq by reducing the need for 60 vkm of Diesel van (IdeMat), while we emit 6.9 kgCO₂eq by using 60 vkm of Electric van (general) (IdeMat).

    The net impact in year 1 at     500 full-day rental of a vans is -4.9 tCO₂eq.
    This scales to a net impact in year 5 at     3000 full-day rental of a vans of -29 tCO₂eq.
    ", "MATS.ih": "
    Viewing only: To enable editing, open this file in the Climate impact hypothesis.

    This file was saved with the Climate impact hypothesis 0.1 on
    Fri Oct 27 2023 11:26:51 GMT+0200 (Central European Summer Time)
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    \n\t
  • GHG emission reduction
  • Emissions produced
  • Net GHG emission reduction:
  • Net GHG emission reduction potential in year 1:
  • Net GHG emission reduction potential in year 5:
  • How does your innovation reduce carbon emissions, and by how much?
    • Complete

    1.   Innovative solution


    What is the name of your company?
    What is the name of the product or service?
    What is the function of MATS, what is it for?
    What is your innovative solution to provide training mat blocks for martial arts and yoga studios?
    What is the usual way to provide training mat blocks for martial arts and yoga studios?
    Does your MATS fit in one of these categories?
    \n\t
    \n\t\t\n\t
    \n
    By which amount can we compare your innovation to business as usual? This could be the amount per customer and is also known as the functional unit.
    Complete

    2.   Reduced emissions


    What is the predominant way your innovation reduces GHG emissions?

    What resource are you predominantly replacing, reducing or avoiding?  Search impact data
    \n
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    What is the climate impact per kg in kgCO₂eq of EVA (ethylene vinyl acetate rubber)?
    How many kgs of EVA (ethylene vinyl acetate rubber) are reduced per standard-sized (61x61x2.5cm) training mat block?
    What is the source of your climate impact data?
    GHG emission reduction
    1.09kgCO2eq per standard-sized (61x61x2.5cm) training mat block
    Complete

    3.   Innovation emissions


    What are the GHG emissions from the resources you need for the innovation?

    What is the predominant resource needed for your innovation?  Search impact data
    \n
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    What is the climate impact per kg in kgCO₂eq of PHA (Polyhydroxyalkanoates, biodegradable)?
    How much kgs of PHA (Polyhydroxyalkanoates, biodegradable) is used per standard-sized (61x61x2.5cm) training mat block?
    What is the source of your climate impact data?
    Emissions produced
    0.401kgCO2eq per standard-sized (61x61x2.5cm) training mat block
    Complete

    4.   Net emission reductions


    What scale of operations do you expect for year 1 and year 5?

    How many standard-sized (61x61x2.5cm) training mat blocks are you delivering in year 1?
    How many standard-sized (61x61x2.5cm) training mat blocks are your delivering in year 5?
    Net GHG emission reduction:
    -0.693kgCO2eq per standard-sized (61x61x2.5cm) training mat block
    Net GHG emission reduction potential in year 1:
    -21 tCO2eq
    Net GHG emission reduction potential in year 5:
    -277 tCO2eq

    Impact Hypothesis


    Describe how your innovation can reduce GHG emissions and how much in t CO2eq in year 1 and year 5, considering one emission reduction pathway and one source of innovation emissions.

    ElastoGreen MATS has a GHG emission reduction potential by providing training mat blocks for martial arts and yoga studios with proprietary elastomeric recyclable plastic made from up-cycled post-consumer plastic waste and bio-based building blocks instead of training mat blocks made from fossil-based EVA (ethylene-vinyl acetate).

    Per     standard-sized (61x61x2.5cm) training mat block we avoid the emission of 1.09kgCO₂eq by reducing the need for 0.3 kg of EVA (ethylene vinyl acetate rubber) (IdeMat), while we emit 0.401kgCO₂eq by using 0.15 kg of PHA (Polyhydroxyalkanoates, biodegradable) (IdeMat).

    The net impact in year 1 at     30000 standard-sized (61x61x2.5cm) training mat blocks is -21 tCO₂eq.
    This scales to a net impact in year 5 at     400000 standard-sized (61x61x2.5cm) training mat blocks of -277 tCO₂eq.
    ", "Cricket Burger.ih": "
    Viewing only: To enable editing, open this file in the Climate impact hypothesis.

    This file was saved with the Climate impact hypothesis 0.1 on
    Wed Nov 22 2023 12:32:03 GMT+0100 (Central European Standard Time)
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    \n\t
  • GHG emission reduction
  • Emissions produced
  • Net GHG emission reduction:
  • Net GHG emission reduction potential in year 1:
  • Net GHG emission reduction potential in year 5:
  • How does your innovation reduce carbon emissions, and by how much?
    • Complete

    1.   Innovative solution


    What is the name of your company?
    What is the name of the product or service?
    What is the function of Cricket Burger, what is it for?
    What is your innovative solution to provide hamburger patties?
    What is the usual way to provide hamburger patties?
    Does your Cricket Burger fit in one of these categories?
    \n\t
    \n\t\t\n\t
    \n
    By which amount can we compare your innovation to business as usual? This could be the amount per customer and is also known as the functional unit.
    Complete

    2.   Reduced emissions


    What is the predominant way your innovation reduces GHG emissions?

    What resource are you predominantly replacing, reducing or avoiding?  Search impact data
    \n
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    What is the climate impact per kg in kgCO₂eq of Beef, low quality hamburger fresh?
    How many kgs of Beef, low quality hamburger fresh are reduced per burger patty (200g)?
    What is the source of your climate impact data?
    GHG emission reduction
    0.778kgCO2eq per burger patty (200g)
    Complete

    3.   Innovation emissions


    What are the GHG emissions from the resources you need for the innovation?

    What is the predominant resource needed for your innovation?  Search impact data
    \n
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    \n\t\n\t\n\t\n
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    What is the climate impact per unit in kgCO₂eq of crickets?
    How much units of crickets is used per burger patty (200g)?
    What is the source of your climate impact data?
    Emissions produced
    3.17kgCO2eq per burger patty (200g)
    Complete

    4.   Net emission reductions


    What scale of operations do you expect for year 1 and year 5?

    How many burger patty (200g)s are you delivering in year 1?
    How many burger patty (200g)s are your delivering in year 5?
    Net GHG emission reduction:
    2.39kgCO2eq per burger patty (200g)
    Net GHG emission reduction potential in year 1:
    24 tCO2eq
    Net GHG emission reduction potential in year 5:
    119 tCO2eq

    Impact Hypothesis


    Describe how your innovation can reduce GHG emissions and how much in t CO2eq in year 1 and year 5, considering one emission reduction pathway and one source of innovation emissions.

    Greenest Burgers Cricket Burger has the potential to create MORE GHG emissions by providing hamburger patties with crickets, spices and vegetables instead of ground beef.

    Per     burger patty (200g) we avoid the emission of 0.778kgCO₂eq by reducing the need for 0.2 kg of Beef, low quality hamburger fresh (IdeMat), while we emit 3.17kgCO₂eq by using 0.15 of crickets (doi.org/10.1007/s11367-020-01778-w).

    The net impact in year 1 at     10000 burger patty (200g)s is 24 tCO₂eq.
    This scales to a net impact in year 5 at     50000 burger patty (200g)s of 119 tCO₂eq.
    ", "MultiPV.ih": "
    Viewing only: To enable editing, open this file in the Climate impact hypothesis.

    This file was saved with the Climate impact hypothesis 0.1 on
    Wed Nov 22 2023 12:54:28 GMT+0100 (Central European Standard Time)
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    \n\t
  • GHG emission reduction
  • Emissions produced
  • Net GHG emission reduction:
  • Net GHG emission reduction potential in year 1:
  • Net GHG emission reduction potential in year 5:
  • How does your innovation reduce carbon emissions, and by how much?
    • Complete

    1.   Innovative solution


    What is the name of your company?
    What is the name of the product or service?
    What is the function of MultiPV, what is it for?
    What is your innovative solution to provide electricity for multi-tenant buildings?
    What is the usual way to provide electricity for multi-tenant buildings?
    Does your MultiPV fit in one of these categories?
    \n\t
    \n\t\t\n\t
    \n
    By which amount can we compare your innovation to business as usual? This could be the amount per customer and is also known as the functional unit.
    Complete

    2.   Reduced emissions


    What is the predominant way your innovation reduces GHG emissions?

    What resource are you predominantly replacing, reducing or avoiding?  Search impact data
    \n
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    What is the climate impact per MJ in kgCO₂eq of Brazil, electricity?
    How many MJs of Brazil, electricity are reduced per average multi-tenant building in Brazil (15 kWp PV power)?
    How many kWhs of Brazil, electricity are reduced per average multi-tenant building in Brazil (15 kWp PV power)?
    What is the source of your climate impact data?
    GHG emission reduction
    1.5 tCO2eq per average multi-tenant building in Brazil (15 kWp PV power)
    Complete

    3.   Innovation emissions


    What are the GHG emissions from the resources you need for the innovation?

    What is the predominant resource needed for your innovation?  Search impact data
    \n
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    What is the climate impact per MJ in kgCO₂eq of PV panel (irradiation 1100 kWh per m2 ) in MJ?
    How much MJs of PV panel (irradiation 1100 kWh per m2 ) in MJ is used per average multi-tenant building in Brazil (15 kWp PV power)?
    How much kWhs of PV panel (irradiation 1100 kWh per m2 ) in MJ is used per average multi-tenant building in Brazil (15 kWp PV power)?
    What is the source of your climate impact data?
    Emissions produced
    1.2 tCO2eq per average multi-tenant building in Brazil (15 kWp PV power)
    Complete

    4.   Net emission reductions


    What scale of operations do you expect for year 1 and year 5?

    How many average multi-tenant building in Brazil (15 kWp PV power)s are you delivering in year 1?
    How many average multi-tenant building in Brazil (15 kWp PV power)s are your delivering in year 5?
    Net GHG emission reduction:
    -270 kgCO2eq per average multi-tenant building in Brazil (15 kWp PV power)
    Net GHG emission reduction potential in year 1:
    -9.7 tCO2eq
    Net GHG emission reduction potential in year 5:
    -65 tCO2eq

    Impact Hypothesis


    Describe how your innovation can reduce GHG emissions and how much in t CO2eq in year 1 and year 5, considering one emission reduction pathway and one source of innovation emissions.

    Solar Urbana MultiPV has a GHG emission reduction potential by providing electricity for multi-tenant buildings with rooftop PV panels instead of grid electricity.

    Per     average multi-tenant building in Brazil (15 kWp PV power) we avoid the emission of 1.5 tCO₂eq by reducing the need for 45900 MJ of Brazil, electricity (IdeMat), while we emit 1.2 tCO₂eq by using 45900 MJ of PV panel (irradiation 1100 kWh per m2 ) in MJ (IdeMat).

    The net impact in year 1 at     36 average multi-tenant building in Brazil (15 kWp PV power)s is -9.7 tCO₂eq.
    This scales to a net impact in year 5 at     240 average multi-tenant building in Brazil (15 kWp PV power)s of -65 tCO₂eq.
    " }