Democrat Walsh Set to Debut Low-Emission Bond Investment Program
In a bid to combat global warming and promote sustainable investing, DWS, a leading asset manager, has launched the DWS Invest ESG Global Corporate Bonds Low Carbon (LC) fund. This innovative fund employs an investment strategy that integrates Environmental, Social, and Governance (ESG) criteria with low-carbon considerations, targeting global corporate bonds while emphasizing a reduced carbon footprint.
The fund's investment strategy is centered on selecting bonds from global corporations with strong ESG characteristics and lower carbon emissions. By favoring companies with better climate policies and lower carbon exposures, the fund aims to reduce CO2 intensity compared to standard bond funds. This is achieved by excluding or underweighting issuers with high carbon intensity sectors and focusing on those contributing positively to the energy transition.
The DWS Invest Low Carbon Bonds fund has demonstrated a significantly lower CO2 intensity than traditional global bond funds, reflecting its commitment to climate-conscious investing. The fund's CO2 intensity calculation includes indirect emissions from purchased electricity, providing a comprehensive view of its carbon footprint.
Sector allocations in the fund are tilted away from high-emission industries such as traditional energy and utilities, and towards less carbon-intensive sectors like technology, healthcare, financials, and industrials. The fund also applies "product involvement" analysis to assess companies' activities and policies, helping to identify investments that align with sustainability goals.
Foreign currency risks in the portfolio are hedged, ensuring stability for investors. The portfolio currently consists of at least 70% euro-denominated corporate bonds, with bonds from the financial, telecommunications, and manufacturing sectors well represented. Notably, CO-intensive emitters from the energy and automotive industries are significantly underweighted in the portfolio.
At launch, the portfolio of DWS Invest Low Carbon Bonds fund had a CO2 intensity that was 50% lower than the iBoxx EUR Corporate All Index, setting a strong benchmark for its climate-focused approach. The fund manager, Bernhard Birkhäuser, invests in bonds from companies with low CO2 intensity, further reinforcing the fund's commitment to sustainability.
In line with its climate-focused mandate, the fund aims to reduce the CO2 intensity of its portfolio by an additional 7% each year, contributing to the reduction of carbon dioxide emissions. The DWS Invest Low Carbon Bonds fund is part of DWS's expanding range of Article 9 funds, also known as "dark green" funds, which prioritize positive sustainability impact.
The new fund not only reduces CO2 emissions but also aims to provide stable, competitive returns by investing in global corporate bonds with strong ESG credentials and lower carbon emissions. While specific recent performance figures are not explicitly stated, DWS funds typically provide competitive risk-adjusted returns with a moderate risk profile, balancing financial performance and sustainability objectives.
In summary, the DWS Invest Low Carbon Bonds fund offers investors an opportunity to contribute to the reduction of carbon dioxide emissions while seeking stable, competitive returns. By investing in global corporate bonds with strong ESG credentials and lower carbon emissions, the fund aims to achieve a positive sustainability impact while maintaining a focus on financial performance.
The DWS Invest Low Carbon Bonds fund's strategy is grounded in science, integrating Environmental, Social, and Governance (ESG) criteria and low-carbon considerations, aligning with the field of environmental science. By reducing CO2 intensity compared to standard bond funds, the fund's financial approach supports the global effort to combat climate-change. The investment decision process involves analyzing a company's product involvement, ensuring investments align with sustainability goals, demonstrating a strong commitment to sustainability and environmental-science.
