During an unprecedented crisis in NASA’s Apollo program, Ohio native and Apollo 13’s flight director, Gene Kranz, looked out across his mission control room and said: “OK, let’s everybody keep cool. Let’s solve the problem, but let’s not make it any worse by guessing.”
Our mission to provide you with a reliable, affordable, and environmentally responsible supply of electricity is an ever-evolving job. For example, our investment in environmental control equipment at Cardinal Plant over the years has made our waste streams cleaner than ever. It also has allowed us to beneficially re-use the combustion byproducts from our coal-fired generation facilities in a variety of useful ways.
The Cardinal Power Plant is difficult to miss.
In simple terms, the act of combustion produces heat, water, and carbon dioxide, and depending on the fuel being burned — in this case, coal — there are other byproducts.
Ohio’s electric cooperatives have invested more than
$1 billion in environmental systems to keep most of those other byproducts contained. One such system, the scrubbers, removes sulfur dioxide and converts it to synthetic gypsum. Synthetic gypsum has many uses, and it’s a key component in wallboard used in homes and businesses.
Buckeye Power has been the generation and transmission supplier to Ohio’s electric cooperatives since 1968, producing electricity from power plants and delivering it across the high-voltage transmission network (or “grid”) to each of those 24 electric cooperatives. Throughout this long history, American Electric Power (AEP) has been a partner to Buckeye Power in the generation of electricity — first only at Cardinal Power Plant, but adding more facilities as time went on.
We are becoming all too familiar with the unpleasant reality of high inflation rates for nearly everything we buy. A significant factor in the higher cost of goods and services is the runaway price of most forms of energy — the price of crude oil, gasoline, natural gas, coal, and propane have all increased, by 30, 40, even 50% over the past year.
The recent invasion of Ukraine by Russia is a stark reminder of what a cold, harsh place the world can be. I have no idea how bad this invasion will turn out to be. Most of us can only wait for news and pray for the safety of the Ukrainian people enduring this brutal attack.
As it does every year, the flip of the calendar brings both opportunities and challenges, and while our challenges for the coming year are significant, the prospects for 2022 seem exciting. The importance of Ohio’s electric cooperatives getting it right — meeting our challenges and seizing those opportunities — is as important as it’s ever been.
Judy Mercer was just sitting down with her family — all 16 of them — for Thanksgiving dinner in 2014 when the lights in their house near Wingett Run suddenly went dark.
“I’ve lived in the country my whole life, so honestly, I’m used to it,” Judy says. “We were actually thankful because we knew that there were linemen already out working on the problem even by the time we called it in, but that was when we got our generator.”
This past year was one of transition. COVID-19 began to have less effect on our lives through the year as vaccines became available, and many businesses returned to more normal operations. The federal government underwent a shift in power between the parties and adjusted its focus to different priorities. The recovery in economic activity was hampered by shortages of materials and labor as businesses tried to recover production capacity and supply chains struggled to supply needed goods.
Over the last few months, Ohio Cooperative Living has taken a look at why we still need coal — an analysis of cost and reliability factors of different generation resources; a review of the sources of electricity used to power Ohio’s co-op member homes and businesses; an ex
Hundreds of billions of dollars will be needed to build and upgrade the transmission system to carry more electricity from wind and solar. An MIT study found transmission capacity will need to be doubled, and recent transmission projects have taken as long as 17 to 20 years to complete.
