NIB websiteNordic Investment Bank – Annual Report 2010

Strengthening competitiveness

The most direct way NIB can strengthen the competitiveness of its member country economies is to support projects that enhance the efficiency of companies. Therefore, the first question NIB asks when looking at the customers' projects is to what extent they contribute to improving efficiency or productivity.

NIB distinguishes between internal factors—those that businesses can directly influence—and external factors—those that exist in the company's business environment.

When the Bank assesses the potential impact on competitiveness of the projects, NIB weighs the relative improvement in the company's performance against a no-project situation. The relative impact on the company or on the business sector is then compared to similar projects in similar sectors. To properly gauge the expected benefits of the project, NIB also assesses the implementation risk, in other words, the risk that the project's full potential will not be realised.

Enhancing the environment

The second of the two key eligibility criteria for lending is enhancing the environment. This means that NIB provides loans and guarantees for projects that prevent and treat pollution. To achieve a positive environmental impact rating the project must be in compliance with NIB's Environmental Policy and Guidelines as well as relevant national legislation. A direct positive environmental net impact requires a quantitative assessment. Defining and limiting the scope or boundaries for the analysis is the first step in assessing mandate fulfilment. For every project, we assess the following:      

  • peer group performance
  • best available improvement
  • absolute positive environmental impact.   

The environmental impact is measured on a six-degree scale, including a negative rating which is not applicable for competitiveness. Similarly to the assessment of competitiveness impact, the environmental assessment covers both the potential impact as well as the implementation risk of the project.

Environmental lending

On a regional level, for example in the Baltic Sea area and its drainage basin, NIB focuses on issues such as eutrophication and acidification resulting from air emissions and wastewater discharges. On a global level, NIB views combating climate change through the reduction of emissions of greenhouse gases as an important issue.

Environmental activities are inherent to NIB's daily activities and the environmental management system is integrated into the Bank's other management systems. In addition to its environmental analysts, the Bank's loan officers are also actively involved in the identification and management of environmental loans.


NIB impacts the environment mainly through its financing and, thus, the impacts are largely indirect. Below are data on the positive ecological impacts of the Bank's financing.

Substance Estimated reductions, 2008 Estimated reductions, 2009 Estimated reductions, 2010 Explanation and comparison of substance
CO2 or CO2 equivalents 1,090,000 t/a 240,000 t/a 490,000 t/a The most common of the greenhouse gases. Yearly CO2 emissions in Finland are approximately 70 million tonnes.
Phosphorous, Nitrogen and Biological Oxygen Demand (BOD5) (emissions to water) To be determined.
Two projects with positive impacts agreed, but quantifiable data is lacking.
65 t/a phosphorus, 82 t/a nitrogen and 545 t/a BOD5 quantified

One project with positive impacts agreed, but quantifiable data is lacking.

One project leads to a decrease in suspended solids.
No agreed projects. Runoff from wastewater and farmland increases the nutrient load in watercourses and oceans, as well as contributes to oxygen depletion, a major reason for the deteriorating state of the Baltic Sea. One person produces two grams of phosphorous/day.
SO2 and NOx (emissions to air) To be determined. Two projects with positive impacts agreed, but quantifiable data is lacking. 230 t/a NOx and 580 t/a SO2 quantified

Three projects with positive impacts agreed, but quantifiable data is lacking.

One project leads to a reduction in dust, dioxin and heavy metal emissions. Four other projects lead to decreases in particles.
70 t/a NOx

One project leads to a reduction in dust, dioxin and heavy metal emissions.
Airborne emissions created through the burning of fossil fuels reach the ground through acid precipitation. Yearly emissions of NOx and SO2 in Finland are approximately 190,000 and 80,000 tonnes respectively.

NIB reports the share of emission reductions that results from the Bank's contribution to a project's financing. The estimated emission reductions of long-term loan programmes are determined retrospectively.


For more information on our special loan facilities for the Baltic Sea and climate change related projects, BASE and CLEERE, and projects financed during 2010 that fall under these facilities, see Lending activity.

 

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