energy

Dundalk, MD, has been actively improving energy efficiency through various initiatives. The community has embraced renewable energy sources, with several households and businesses installing solar panels, partly stimulated by state incentives such as tax credits and grant programs. There has been an increase in the use of energy-efficient appliances, LED lighting, and smart thermostats, which are supported by local utility rebates and energy-saving programs. Energy audits have become more common, with many residents taking advantage of free or discounted services to identify ways to reduce consumption. The town has also seen a rise in electric vehicle usage, supported by the expansion of charging stations. Efforts to retrofit older buildings with better insulation and more efficient heating and cooling systems are in place, reducing overall energy use. Dundalk's energy strategy has prioritized reducing carbon emissions, and it actively participates in broader state-wide initiatives aimed at achieving clean energy goals.

water

Water conservation and management in Dundalk, MD, have been bolstered by several proactive measures. The town has invested in upgrading its water infrastructure, reducing leaks and ensuring more reliable water delivery. There is a strong emphasis on the use of low-flow fixtures in homes and businesses, with many adopting water-efficient appliances. Landscaping regulations promote xeriscaping and the use of native plants that require less watering. Rain barrels are increasingly popular amongst residents, supported by local workshops and rebate programs to encourage rainwater harvesting. The town’s wastewater treatment facility employs advanced technologies to ensure that discharged water meets or exceeds environmental standards. Community education programs focus on water conservation techniques and the protection of the Chesapeake Bay watershed, which Dundalk is a part of. Stormwater management efforts, including green roofs and permeable pavements, help mitigate runoff and improve water quality.

transportation

Transportation efficiency in Dundalk, MD, has seen improvements with the implementation of various initiatives aimed at reducing traffic congestion and promoting sustainable transit options. The town has made strides in enhancing public transportation services, with better bus routes and schedules to serve commuters more effectively. A move towards a more walkable community is evident in the investment in sidewalks and bike lanes, encouraging non-motorized forms of transportation. Car-sharing services and electric vehicle incentives, including charging station installations, have gained popularity. There’s a push for transit-oriented development, with efforts to create more mixed-use spaces that reduce the need for long commutes. The local government supports rideshare programs and has made efforts to integrate technology, such as real-time transit apps, to improve the rider experience. These measures collectively aim to reduce carbon emissions, ease traffic flow, and promote a healthier, more active community.

waste

Waste management in Dundalk, MD, prioritizes reduction, reuse, and recycling in its approach to sustainability. The town has an active curbside recycling program that accepts a wide range of materials, including plastics, paper, glass, and metals, encouraging residents to recycle more. There are also special collection days for hazardous waste, ensuring safe disposal and reducing environmental hazards. Yard waste is collected separately and composted, creating a local supply of compost for gardening and landscaping. Electronics recycling events help divert e-waste from landfills. The local government has engaged in public education campaigns to increase awareness of proper waste disposal and the benefits of recycling. Dundalk has also seen a growth in businesses that repurpose and upcycle materials, supported by local incentives. Efforts are being made to improve the waste collection efficiency and to expand recycling facilities to handle a broader range of recyclable materials.