In this article we are presenting the process of lignite storage solution

1. Lignite storage shed
“Lignite-generated electricity is abundant, low-cost,
reliable and environmentally compatible.”
Lignite is a dark brown to black combustible mineral formed over millions of years by the partial
decomposition of plant material subject to increased pressure and temperature in an airless
atmosphere. In simple terms, lignite, often referred to as brown coal, is a soft brown combustible
sedimentary rock formed from naturally compressed peat. It is considered the lowest rank of coal
due to its relatively low heat content. It has a carbon content around 25-35%.
Lignite is brownish-black in color and has a carbon content around 25-35%, a high inherent
moisture content sometimes as high as 66%, and an ash content ranging from 6% to 19%
compared with 6% to 12% for bituminous coal
1. Lignite is abundant and accessible.
2. Lignite-generated electricity is reliable.
3. Lignite-generated electricity is environmentally compatible.
4. Lignite-generated electricity is low-cost.
5. Lignite is used in an environmentally responsible manner by power plants.
Lignite has a high content of volatile matter, which makes it easier to convert into gas and liquid
petroleum products than higher-ranking coals. Unfortunately, its high moisture content and
susceptibility to spontaneous combustion can cause problems in transportation and storage.
It is now known that efficient processes that remove latent moisture locked within the structure of
brown coal will relegate the risk of spontaneous combustion to the same level as black coal, will
transform the calorific value of brown coal to a black coal equivalent fuel, and significantly reduce
the emissions profile of ' densified ' brown coal to a level similar to or better than most black coals.

2. Uses
Because of its low energy density and typically high moisture content, brown coal is inefficient to
transport and is not traded extensively on the world market compared with higher coal grades. It is
often burned in power stations near the mines, Primarily because of latent high moisture content
and low energy density of brown coal, carbon dioxide emissions from traditional brown-coal-fired
plants are generally much higher per megawatt generated than for comparable black-coal plants,
The operation of traditional brown-coal plants, particularly in combination with strip mining, can be
politically contentious due to environmental concerns.
Lignite storage:
We wouldlike topropose Large SpanSteel Shed,whichcanbe usedto cover lignite;itcan builtwitha
span of up to 150 m and heightof up to 40 m.The constructionsystemsusesmildsteelincase of lignite
storage,noweldingisrequiredbecause the connectionof the memberconsistsof averyefficient
moment-resistantmechanical joint. Lignite storage shed maybe builtinsingle- ordouble-layer
configurations,dependingonthe loadandspan. Experiencesuggestslarge spansare requiredin lignite
storage , a-double-layeristhe mostcost-effective.

3. Lignite storage shedsare oftenbuiltoveroperatingstockpilessince constructioncanproceedwithout
interruptingoperations.Becauseourerectionprocessdoesnotrequiremachines tobe installedinternal
peripheryof the span.
Roofing of the structure:
Galvalume istypicallyuse forroofingpurpose,Galvalume islustrousspangledappearance isattractive
enoughtobe usedwithoutpainting.The GALVALUMEsheetisa unique productwhichissuitable for
heatingandventilationapplications.Ithasbetterresistance towardsoxidationandcanwithstand
temperatures upto315°C withoutdiscoloration.Thisfeature of Galvalume enablesustouse on
limestoneshedforroofingpurpose.
KeyFeatures
 SmoothSurface and uniformspangledappearance
 Excellentquotingwithanti-fingerprinttoensure betterappearance andlongerlife
 Surface treatmentasper ROHS (RestrictionOnHazardousSubstance) norms
 Widerthicknessrange withtightertolerancestoensure precisioninend-applications
Advantage of Lignite storage shed:
 For achievingeffective preventionandcontrol of potentialfugitiveemission
 LesserOperationandMaintenance cost
 ComplywithcurrentenvironmentalguidelinesbyCPCB(Central Pollutioncontrol board)
 Protectionfromweird environmental condition

4. Conclusion:
Our Structure isfullyComplyingwithnew environmental regulationsforair quality, Preventionand
control of fugitive emission. Insteadof investingin temporary solution,itisrecommendedtoadopt
permanentsolution.Oursolutionspresentedhere notonlyallow affordablecompliance,butalso
enhance the reputationof yourplant.Inaddition,one time investmentismuchmore economical than
the periodicinvestments