Environmental Responsibility & Laudato Si'
“We have the opportunity to prepare a better tomorrow for all. From God's hands we have received a garden, we cannot leave a desert to our children.” - Pope Francis
Pope Francis released his Laudato Si’ encyclical in 2015, an urgent call to ecological sustainability. And this year, he invites all of us to take significant action. Building on our Franciscan legacy of caring for creation, FSPA accepts Pope Francis’ invitation and commits to the seven-year journey for the greater good known as the Laudato Si’ Action Platform.
“We need a new ecological approach that can transform our way of dwelling in the world, our styles of life, our relationship with the resources of the Earth and, in general, our way of looking at humanity and of living life,” Pope Francis said in a video message earlier this year.
And we promise to make our voices heard whenever opportunities arise.
“The goals include a response to Cry of the Earth, response to Cry of the Poor, Ecological Economics, Adoption of Simple Lifestyles, Ecological Education, Ecological Spirituality and an emphasis on Community Engagement and Participatory Action,” explains Beth Piggush, integral ecology director for FSPA who serves as the Laudato Si’ promoter. “Our call is to view our actions through a Laudato Si’ lens and step up efforts to care for creation and promote an environmentally sustainable lifestyle.”
Join us to learn more
The FSPA Ecospirituality Team’s November 9 Lunch & Learn will focus on our Laudato Si’ commitment, specifically how our ongoing efforts fit under the seven goals and how we’ll develop future programs and projects to increase our action. Registration information is available on our Ecospirituality Resources page.
Learn more about the seven-year journey
Combined Heat and Power
Since 1905, FSPA has utilized district heating. The community’s district heating plant generates steam to heat over one million square feet in St. Rose Convent, Mayo Clinic Health System-Franciscan Healthcare and Viterbo University. Through district heating, FSPA is realizing its goals — reducing operation and maintenance costs as well as emissions.
Generally, as high pressure steam is distributed to each facility, the steam pressure is decreased with a mechanical pressure reducing valve. By reducing the high pressure steam at the district heating plant through the steam-driven turbine generators, electricity is produced and low pressure steam is generated to heat the buildings. This process is called Combined Heat and Power (CHP). The two small steam-driven turbine generators can run 24 hours a day and produce about 40 percent of the average annual electricity used by FSPA. The goals for installing this technology go beyond actual cost savings and emission reduction. Steam plant tours demonstrate district heat and CHP to groups of professionals, building operators and the general public, encouraging others to utilize combined heat and power in their facilities.
"On behalf of the U.S. Environmental Protection Agency’s Combined Heat and Power Partnership, I am pleased to provide you with your organization’s 2019 CHP Partner Certificate," writes Matt Clouse of the U.S. Environmental Protection Agency. "The certificate documents the estimated 2019 carbon dioxide reductions, expressed in metric tons, attributed to your CHP projects and the equivalent emissions from the generation of electricity used by U.S. homes. This estimate is calculated by comparing the emissions associated with each CHP system's output to the combined emissions from equivalent amounts of conventional energy sources (i.e., grid electricity and on-site thermal generation)."
Energy Management System
FSPA also uses a computerized energy management system that operates air handlers and chillers for cooling St. Rose. Peak electrical demand is monitored and the steam plant operator has the ability to change various equipment schedules while maintaining a reasonable building comfort level. Lower building temperatures during the heating season, humidity control during the cooling season and the ability to remotely regulate unoccupied lighting and ventilation levels on a day to day basis all contribute to energy use reduction.