Energy

Bethlehem Energy Center Aka Albany Steam Station

 Bethlehem Energy Center Aka Albany Steam Station

Key Facts:
Location: Bethlehem, NY
MW: 790
Fuel: Natural Gas (Low Sulfur Distillate Oil As Secondary)
Technology: Combined-Cycle
Commercial Operation: 2005

https://www.pseg.com/family/power/fossil/stations/bethlehem.jsp

"Albany Steam Power Station first began operations in 1952 as a coal-fired station and was converted to oil in 1970. It was further modified in 1981 for natural gas and became a 400MW oil and natural gas-fired power plant. The BEC has cut emissions of smog-causing nitrogen oxide by 90%, and reduced sulphur dioxide emissions by 94%. The BEC generates 50% less waste heat than the Albany Steam Station and has reduced air emissions by at least 95%."

https://www.power-technology.com/projects/bethlehem/

"The New York State Board on Electric Generation Siting and the Environment (Siting Board) has announced approval of plans to make hardware and software changes at the Bethlehem Energy Center in Glenmont that are designed to help improve the plant’s energy efficiency. The petition was submitted by the plant’s owner, PSEG Power New York LLC. The approved changes will allow for the replacement of certain components of the three combustion turbines and certain changes to related software programs. The equipment being replaced are components of the combustion turbines themselves. According to the Siting Board, the upgrades will result in very little, if any, impact on the environment or the surrounding community, and will not result in any increase in air emissions from the facility."

https://www.spotlightnews.com/news/2017/01/12/state-siting-board-oks-plans-to-improve-bethlehem-energy-center/

How bad is solar for the environment? 🌞🏭

The fastest growing form of suburban sprawl over the next ten years is not likely to be shopping mauls, tract housing, or apartment complexes. Instead it’s likely to be the acres and acres of industrial solar facilities that are popping up everywhere. Some of it will be forest land chopped down and some of it will be farm land – although most will be either low quality brushy abandoned farmlands or low quality pasture and hay grounds – as they are the most affordable to develop.

Now the greenies may want you to believe that industrial solar facilities have zero impact on the land or that they may be a net improvement. I don’t know, they certainly impact the scenic characteristics of the land by developing it. Wildlife habits will be altered as will land cover. But on the flip side, solar farm development has a limited impact on compaction and damage to the soil – compared to most housing, commercial or industrial development. A solar farm ripped up, grounds tilled, fertilized and seeded after a few years probably could be largely restored as the marginal ag land or forest land they once were. Solar farms keep the land in the hands of relatively few owners which makes it easier to return to farm land or forest lands when the time comes.

I think there is a lot of wishful thinking about solar panel recycling. Yes, there are some interesting research going on but anybody who is serious knows what is going to happen to most solar panels when they are discarded – useful parts will be sold on the second hand market to other more marginalelectric companies, off-gridders and the third world. Copper wire and transformers are valuable at scrap yards. Even smaller parts like blocking diodes are likely in some cases to be resold. The I beams and racks have value on the scrap yard. Most broken or worn out panels are likely to be smashed and landfilled at construction and debris landfills, but with their aluminum frames salvaged as scrap metal. Probably there is a lot less glass and debris in the panels once they are crushed. Concrete pads and footings might be landfilled or pulverized and used as beneficial fill depending on low conditions.

I was reading that a lot of farmers actually like these mega-solar facilities despite consumption of land that produces feed. If anything, removing marginal land off the market might increase commodity prices. In many cases the solar companies aren’t buying the land but leasing it as tenants, usually with an agreement to remove the panels and frames once they are no longer useful. If the solar companies abandon the facilities, there is still a lot of scrap metal from the panels, mounting platforms, and wire that can be sold, and panels can provide power on farm or be sold. And solar facilities don’t care about the smell of manure or smoke, the noise of tractors or cattle, they don’t run their ATVs in farmers fields. And they aren’t necessarily permanent. They can be removed, scrapped and hauled to landfills and land largely restored.

My criticism over the industrial solar facilities is I’m not sure how really valuable they are as a climate solution or improving the environment. I think they are oversold compared to the amount of energy they put into the grid, they’re impacts on scenic beauty, open space and the environment downplayed. They are taking tens of thousands of acres – maybe soon hundreds of thousands of acres and turning it into industrial electricity generating facilities while having a fairly minor impact on the grid and carbon emissions. For something that is largely duplicate of the fossil plants that generate energy with far lower environmental footprint.

I don’t support worship of renewable energy as pollution free β›½

Renewable energy consumes natural resources. It uses things that are renewable only to the extent its consumption limits the impact on the environment to sustainable levels. It can be much more polluting than fossil fuels due to the larger footprint if not properly sited.

I support strong and skeptical reviews of all renewable energy projects as they tend to be of a higher impact to local ecology and environment than fossil plants, especially per unit of energy generated. That doesn’t mean don’t build renewables but build them properly in a sustainable fashion that protects the environment and isn’t just about greenwashing.