die some basic analysis of biogas economics. 2 major issues.
dependence on single RM which is affecting capacity utilisation, conversion efficiency etc
mix feed plants gives more output.
also capex/ ton is very high for CBG plants.
no plants for captive power, fuel use by industry using their own wastes. ( solid,liquid). can be game changer min 10,000 plants( paper,textiles, food processing,pharma,edible oils,dairy etc) who can consume 15/50 tpd gas..
25,000 Temples,townships, Boarding schools who can use their wastes for use of captive fuel,power.
hotels,hospitals another 25000 plants .
giant plants for power, steel, which can consume 1000 tpd gas using own wastewater, MSW from nearby cities.
Port based power plants,#refineries etc. cd should shift to biogas using MSW,wastewater from nearby cities.
#MSW,Agri waste will vanish eventually.
wastewater to waterhyacinth cd be the best option in thar case.
instead of using coke biomethane could be better option for steel.
municipalities can look at plants to consume wastes locally.
compact plants like Japanese DG sets can be the future where space is constraint.
economics of biogas vs RDF needs to be compared as this is ideal for peak power.
#grid balancing of #solar,#wind combo.
like we have solar wind combo, future could be triad of :.
solar,(8 hours)
biogas (5/8 hours),
wind (8/10 hrs) which will boost all 3 industries.
solar ,wind with storage costs 3 X. biogas cd be better .
most important aspect is biogas can use #wastewater to grow water hyacinth and #napier .
#waterhyacinth is more efficient. lot of potential in Assam,West Bengal,Kerala .
cd be ideal for #hills ,#islands etc. where energy cost is double
