Miljøvennlig, Økonomisk, Svært Effektiv Energi Ren Teknologi for Fremtiden / Environmentally Friendly, Economical, Highly Efficient Energy Cleantech for the Future

This is an Introduction presentation of various energy related cleaner technologies and information indicating inexhaustible level of energy available from wide range of sources. At most advanced scientific level, the surprising degree of vast low cost energy is already accepted as a physical effect. For example, LENR-Cold Fusion technology's effect itself is in virtual acceptance by Mainstream Western Science and the next step is when the various available commercialized "free energy" generators become officially endorsed by mainstream outlets. And this might trigger a string of other related technologies to be reviewed by mainstream full scientific protocol for the first time for accelerated improvement of human life across the board. This Scientific Investigative Report with Analysis of Commercialized Examples(continuous updating summary) covers conventional low cost energy cleantech, as well as uniquely high efficiency less known technologies that are related to a string of superior effects that can significantly affect the way business, economy, & everyday life would function if fully deployed. This is an Introduction presentation of various energy related cleaner technologies and information indicating inexhaustible level of energy available from wide range of sources. At most advanced scientific level, the surprising degree of vast low cost energy is already accepted as a physical effect.

For example, LENR-Cold Fusion technology's effect itself is in virtual acceptance by Mainstream Western Science and the next step is when the various available commercialized "free energy" generators become officially endorsed by mainstream outlets.
And this might trigger a string of other related technologies to be reviewed by mainstream full scientific protocol for the first time for accelerated improvement of human life across the board.

This Scientific Investigative Report with Analysis of Commercialized Examples(continuous updating summary) covers conventional low cost energy cleantech, as well as uniquely high efficiency less known technologies that are related to a string of superior effects that can significantly affect the way business, economy, & everyday life would function if fully deployed.

NewNatureParadigm
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27.07.2017 Views

New Perspec*ve -“Lowest Cost” Energy From Vast Biomass 39, Peat - largest biomass of all • -->> cont: •4 OTHER BIOMASS: 4b Peat: Overall severely underharvested except claimed by mainstream to be locally overharvested Ireland & Baltic sea region: consumption against growth is negligible. As a renewal resource level, it is recoverable worldwide at very least 120-150million tons/yr (2010-13ave world production 40million). Despite wester mainstream claims, even by carbon tests showing of annual peat growth of 0.7-2.8mm with "massive overproduction"at Baltics, Near city area North America & Europe in last 70-150yrs+, either peat growth is higher than mainstream figure or so is recoverable volume in these region, or both. • Also at some large peat resource nations it is almost completely unused or not even officially listed(Congo, Brazil, Papua New Guinea+), Bog-Wetland & Extreme North conservation movement is helping to stop peat from entering into world fuel market(also they might successfully prevent land Gas Hydrate extraction) . • But if Peat is considered non-renewable as ruling Western mainstream group claims(mainly American led group is overriding mainly European lobby like IPCC that calls peat green fuel) actual world Peat volume availability is similar to Coal reserve but much cleaner fuel, which would cause severe overflooding of energy supply to trigger disruptions in energy pricing & infrastructure if fully exploited. -->> continue 137

Energy From Vast Biomass 40, Peat, various use • -->> cont: •4 OTHER BIOMASS: ✔ 4b Peat: Hence seemingly for various poli3cal & economical lobby reasons it is currently not harvested to even close to the capacity, or used for other purposes even if peat is usually lowest cost fuel available eg two by far the largest world resource holder Canada, Russia at 1/20 level harves3ng against growth • Higher margin gained when sold as Growing Media for exports(Latvia[Laflora lv+], Estonia[Sangla Peat AS+], Lithuania[Rekyva+]+), Almost all produc3on goes to Hor3cultural or other industrial related markets (Canada[Lambert Peat Moss, Sun Gro Hor3culture, Earth Care Products SPHAG SORB+], Germany[Klasmann-Deilmann+], UK[Northern Peat & Moss Company+]+), OVen 2nd largest world Peat producer na3on Sweden is mainly(but not mostly) for local energy use(Söderenergi, Svenska Cellulosa Ak;ebolaget+), also Finnish backed group involvement there(Neova bioenergi), • Although revenue is lower than growth media use, fair por3on produced for fuel(Ireland[Bord na Móna]+), Share with garden market use & specifically as stove brique[es(Ukraine[Volyntorf+], Belarus[Торфобрикетный завод Лидский+], Russia[ЗАО "ВяткаТорф"+]+), Some%mes subsidized(higher margin to sell to garden substrate market) to secure large volume electricity genera%on(Russia, Finland[6% of total power is peat, 35% world peat produc3on share][Vapo Oy, Turveruukki Oy - Oulun Energia, Kuopion energia, Vaskiluoto Voima+], 50%+ in some regional power genera3on, can reduce SO2 emission of coal when mixed), Some small produc3on na3ons are using peat exclusively for fuel/electricity genera3on on local basis(less than million ton/yr)(Indonesia, Rwanda[HQpower Rwanda], Brundi+) 138

<strong>Energy</strong> From Vast Biomass 40, Peat, various use<br />

• -->> cont: •4 OTHER BIOMASS: ✔ 4b Peat:<br />

Hence seemingly <strong>for</strong> various poli3cal & economical lobby reasons it is currently not<br />

harvested to even close to <strong>the</strong> capacity, or used <strong>for</strong> o<strong>the</strong>r purposes even if peat is<br />

usually lowest cost fuel available eg two by far <strong>the</strong> largest world resource holder<br />

Canada, Russia at 1/20 level harves3ng against growth<br />

• Higher margin gained when sold as Growing Media <strong>for</strong> exports(Latvia[Laflora lv+],<br />

Estonia[Sangla Peat AS+], Lithuania[Rekyva+]+), Almost all produc3on goes to<br />

Hor3cultural or o<strong>the</strong>r industrial related markets (Canada[Lambert Peat Moss, Sun Gro<br />

Hor3culture, Earth Care Products SPHAG SORB+], Germany[Klasmann-Deilmann+],<br />

UK[Nor<strong>the</strong>rn Peat & Moss Company+]+), OVen 2nd largest world Peat producer na3on<br />

Sweden is mainly(but not mostly) <strong>for</strong> local energy use(Söderenergi, Svenska Cellulosa<br />

Ak;ebolaget+), also Finnish backed group involvement <strong>the</strong>re(Neova bioenergi),<br />

• Although revenue is lower than growth media use, fair por3on produced <strong>for</strong><br />

fuel(Ireland[Bord na Móna]+), Share with garden market use & specifically as stove<br />

brique[es(Ukraine[Volyntorf+], Belarus[Торфобрикетный завод Лидский+],<br />

Russia[ЗАО "ВяткаТорф"+]+), Some%mes subsidized(higher margin to sell to garden<br />

substrate market) to secure large volume electricity genera%on(Russia, Finland[6% of<br />

total power is peat, 35% world peat produc3on share][Vapo Oy, Turveruukki Oy -<br />

Oulun <strong>Energi</strong>a, Kuopion energia, Vaskiluoto Voima+], 50%+ in some regional power<br />

genera3on, can reduce SO2 emission of coal when mixed), Some small produc3on<br />

na3ons are using peat exclusively <strong>for</strong> fuel/electricity genera3on on local basis(less than<br />

million ton/yr)(Indonesia, Rwanda[HQpower Rwanda], Brundi+) 138

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