A.   Projects on plantation timbers and agriculture residues –

I. Particleboard project from wood waste or sugarcane bagasse

II. MDF/HDF project from wood or bamboo

III. Environmentally clean charcoal making technology, using wood & bamboo

IV.  Pyrolysis & gasification technologies –

1. Pyrolysis gasifier to produce heat & electricity from multi-fuel wastes
2. Vertical pyrolysis plant to recover oil & carbon from different types of wastes
3. Flash pyrolysis plant to convert biomass & coal into pyro-gas, pyro-oil & carbon
4. Fast pyrolysis technology for controlled burning of unsorted municipal waste
5. Vortex gasification of fine particles of biomass / coal

V. Bio-refinery for the conversion of wood waste + oil waste into diesel by pyrolysis, distillation & purification

B.    Projects on minerals and metals –

I. MAGMA technology from Russia  –

(a)  MAGMA smelting unit for coke-free production of cast iron

(b)  MAGMA smelting unit for high-temperature recycling of unsorted municipal waste

(c) MAGMA, a multi-purpose smelting unit with the following applications –

1. 1. Oxygen-melting of metal scrap & sponge iron
   2. Power generation from high-ash thermal coal
   3. Processing of steel slags of ferrous & non-ferrous metallurgy
   4. Processing of red mud from  alumina production
   5. Processing of titaniferous magnetite ore
   6. Smelting of nickel, copper, tin, zinc & lead
   7. Processing of metal radio-active waste

(d) MAGMA, a brown-field project in the following situations –

1. 1. Conversion of sponge iron plants into pig iron plants
   2. Conversion of iron ore pellet plants into pig iron plants
   3. MAGMA in blast furnaces & steel mills
   4. MAGMA in Electric Arc Furnaces / Converter plants
   5. MAGMA in iron ore beneficiation plants

II. Dry beneficiation of iron ore, manganese ore, chrome ore and metallurgical slags from Ukraine

III.  New & cost-effective technologies for the ferro alloy industry

IV. Titanium – related technologies

V. Flat-wedge rolling technology

VI.    Iron ore beneficiation technologies –

1. 1. Fluidised bed reduction roasting of low-grade iron ores or tailings
   2. Fluidised bed reduction roasting of low-grade ferruginous manganese ores
   3. Dry beneficiation of iron ore fines, using ultra-high gauss magnetic separator

VII. Coal beneficiation technologies –

1. Dry beneficiation of coal, using pneumatic aspiration
2. Separation of magnetic stones from the coal, using ultra-high gauss magnetic separator

VIII.    Iron ore pelletisation plant, using grate kiln process

IX.   Briquetting technologies –

1. High-pressure briquetting of iron ore fines
2. High-pressure briquetting of sponge iron fines (0-3 mm) to improve its melting performance

X.   Reduction of iron ore briquettes into DRI in the tunnel kiln process

XI.  Carbon-composite briquetting of iron ore fines & fast-reduction into DRI in the rotary hearth furnace

XII.  Vertical grinding mill to make ground, granulated, blast furnace slag (GGBS)

XIII. Rock wool making plant, using molten slag from MAGMA / Blast Furnace

C.   Projects on construction and insulation materials –

I. Automatic Clay brick making plants

II. Automatic Lime-silicate brick making plants

III. Vertical grinding mill to make ground, granulated, blast furnace slag (GGBS)

IV. Rock wool making plant, using the molten slag from MAGMA / Blast Furnace

D.   Projects on waste treatment and recycling –

I.  MAGMA smelting unit for high-temperature recycling of unsorted municipal waste

II.  Pyrolysis & gasification technologies –

1. Pyrolysis gasifier to produce heat & electricity from multi-fuel wastes
2. Vertical pyrolysis plant to recover oil & carbon from different types of wastes
3. Flash pyrolysis plant to convert biomass & coal into pyro-gas, pyro-oil & carbon
4. Fast pyrolysis technology for controlled burning of unsorted municipal waste
5. Vortex gasification of fine particles of biomass / coal

III. Bio-refinery for the conversion of wood waste + oil waste into diesel by pyrolysis, distillation & purification

E.   Projects on pyrolysis and gasification –  

1. Pyrolysis gasifier to produce heat & electricity from multi-fuel wastes
2. Vertical pyrolysis plant to recover oil & carbon from different types of wastes
3. Flash pyrolysis plant to convert biomass & coal into pyro-gas, pyro-oil & carbon
4. Fast pyrolysis technology for controlled burning of unsorted municipal waste
5. Vortex gasification of fine particles of biomass / coal

F.  Projects on plasma technologies –

1. Plasma technology for basalt fibre production
2. Plasma process for the production of steel
3. Plasma gasification for the destruction of hazardous & toxic wastes
4. Plasma gasification to produce synthesis gas for metallurgy
5. Microwave-plasma to start & stabilize coal burning in the power plants
6. Plasma equipment for surface hardening and supersonic plasma for spraying & coating
7. Plasma furnace to make solar grade silicon
8. Plasma furnace to make fused quartz & fused alumina for refractory applications

G.   Other projects –

I.      AGRO-BASED PROJECTS
II.     CHEMICAL & FERTILIZER PROJECTS
III.    MINERAL & CONSTRUCTION PROJECTS
IV.   THERMAL Heat & POWER PROJECTS
V.    RUBBER & PLASTIC BASED PROJECTS
VI.    SUGARCANE BASED PROJECTS
VII.   WOOD & PAPER BASED PROJECTS