The way its currently operating seems highly inefficient, but the point about biopower stations is that they aren’t introducing more carbon into the carbon cycle. These trees would have died eventually and returned to the carbon cycle naturally, they are just controlling the process for human power. Imagine if it was running off of a tree farm that was geographically next to the power plant, for instance.
It’s a matter of time scale. When burning wood from old trees, and planting new trees instead, and it take several decades for tree to grow old enough to compensate for what released on day 1. The emitted particules affect air quality, and emitted carbon will affect climate for decades. One of these effects is an increase in forest fire, and a burned tree cannot capture carbon.
Unfortunately we cannot wait decades to reduce emissions.
Similarly, burning fossil fuel isn’t introducing more carbon into the earth, it’ll eventually be absorbed by planctons, trees, etc and will make it back in the ground. That cycle is longer however, housands or million of years.
Sure of the first point I guess? I’m not some huge advocate of this technology, I’m just saying it’s not an apples to apples comparison where you can simply say its 4x worse.
On the second point, no. It takes 10s or 100s of millions of years for coal/oil to form. And most of the stuff we mine/drill for was formed from trees before bacteria/fungus evolved ways to break down cellulose, so dead trees just piled up. Its plausible that its never removed from the carbon cycle unless we are the ones to put it back where we got it from. It will certainly not happen on human time scales.
Fissile nuclear is clean enough. It has been smeared and misregulated through lobbying, propaganda, and donations to genuine believers among environmentalists by the fossil fuel industry. But even today uranium fuel cycle power plants produce less lifetime pollution per kWh than solar panels. Solar panel technology will improve, but so would nuclear with thorium or more technical improvements in reactor design.
Once solar panels don’t require rare earths anymore and once some new technology is developed to store electricity between peak production and peak consumption without massive pollution in quantities sufficient to meet everyone’s needs, it makes sense to phase out fission. But we’re still pretty far from that.
So don’t build your nuclear reactors in a place that doesn’t have shit tons of water?
Solar and wind can’t handle peak consumption without obscene amounts of heavily polluting storage. They should definitely get the majority of the attention and budget, but nuclear is still important and will still be faster to scale up faster in many
specific locations. Get as much solar in the subtropics and tropics as possible, get wind in windy locations, get geothermal and tidal where that is viable, but get nuclear in places with plenty of water that are further than 45 degrees/5000 km from the equator in areas with little wind, and for peak consumption in places without hydroelectric or other power that isn’t best to keep at the max 24/7, and for quick response to fluctuations in wind and solar in places where other regulators aren’t available.
The articles you link are about experimental or niche tech, expensive or inefficient or both. Rare earths are still used in pretty much all solar panels that are actually being built. They’re also not the only form of pollution from solar panel manufacturing, transportation, installation, and recycling/disposal.
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Clean energy can come from many things, but not from burning stuff.
Hydropower, tide-powered water turbines, osmotic power, etc can be clean.
The way its currently operating seems highly inefficient, but the point about biopower stations is that they aren’t introducing more carbon into the carbon cycle. These trees would have died eventually and returned to the carbon cycle naturally, they are just controlling the process for human power. Imagine if it was running off of a tree farm that was geographically next to the power plant, for instance.
It’s a matter of time scale. When burning wood from old trees, and planting new trees instead, and it take several decades for tree to grow old enough to compensate for what released on day 1. The emitted particules affect air quality, and emitted carbon will affect climate for decades. One of these effects is an increase in forest fire, and a burned tree cannot capture carbon.
Unfortunately we cannot wait decades to reduce emissions.
Similarly, burning fossil fuel isn’t introducing more carbon into the earth, it’ll eventually be absorbed by planctons, trees, etc and will make it back in the ground. That cycle is longer however, housands or million of years.
Sure of the first point I guess? I’m not some huge advocate of this technology, I’m just saying it’s not an apples to apples comparison where you can simply say its 4x worse.
On the second point, no. It takes 10s or 100s of millions of years for coal/oil to form. And most of the stuff we mine/drill for was formed from trees before bacteria/fungus evolved ways to break down cellulose, so dead trees just piled up. Its plausible that its never removed from the carbon cycle unless we are the ones to put it back where we got it from. It will certainly not happen on human time scales.
hydro? geothermal?
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Fissile nuclear is clean enough. It has been smeared and misregulated through lobbying, propaganda, and donations to genuine believers among environmentalists by the fossil fuel industry. But even today uranium fuel cycle power plants produce less lifetime pollution per kWh than solar panels. Solar panel technology will improve, but so would nuclear with thorium or more technical improvements in reactor design.
Once solar panels don’t require rare earths anymore and once some new technology is developed to store electricity between peak production and peak consumption without massive pollution in quantities sufficient to meet everyone’s needs, it makes sense to phase out fission. But we’re still pretty far from that.
deleted by creator
So don’t build your nuclear reactors in a place that doesn’t have shit tons of water?
Solar and wind can’t handle peak consumption without obscene amounts of heavily polluting storage. They should definitely get the majority of the attention and budget, but nuclear is still important and will still be faster to scale up faster in many specific locations. Get as much solar in the subtropics and tropics as possible, get wind in windy locations, get geothermal and tidal where that is viable, but get nuclear in places with plenty of water that are further than 45 degrees/5000 km from the equator in areas with little wind, and for peak consumption in places without hydroelectric or other power that isn’t best to keep at the max 24/7, and for quick response to fluctuations in wind and solar in places where other regulators aren’t available.
The articles you link are about experimental or niche tech, expensive or inefficient or both. Rare earths are still used in pretty much all solar panels that are actually being built. They’re also not the only form of pollution from solar panel manufacturing, transportation, installation, and recycling/disposal.
deleted by creator