Thisintroduction is notintended asa detailed explanation but merelyservesto give a fundamental understanding of bio-enzymatic soilstabilizer andthe effectit hason a large number ofsoiltypes. Bio-enzymatic soil stabilisersuitablefor improving marginal or substandard materials or soilsfor usein the construction of roads. Thisissuitable foruseinboththeconstruction of sealedpavementstructuresor for improvement in the performance of unsurfacedroadways.The additionof soil stabilizer to a suitablematerialimproves compacted densities andbearingcapacities andenables theconstructed layerto maintain t h e s e i n c r e a s e d e n s i t i e su n d e rw e t conditions reduction of material lossfromthe road surfaceretardingthe formationof associated potholes, defects, corrugations etc. Overall required maintenance is alsoreduced whiletreatment will notaffectnormalgravel roadmaintenance procedures. Theuseofsoilstabilizer requires nospecialised machinery and is supplied in concentrated liquidformusingstandard waterbrowser with spraybarto applydiluted solutions to thearea under construction. Thisbio-enzyme basedsoil stabilizer mixed withwater,usedin thedirectconstruction of ruralroadsandto givestablepreparations for othertypesof roadconstructions. Methodto

improve soilstructure by traditional waysare becoming costlierdayby daywith reducing resources, miningrestrictions, increase transportation costandincreased labour.Th aspectopensa greatopportunity to develop soil stabilizers with improvedeffect and reducedcost to the overallstabilizatio process.

Soil stabilization technology has been proven repeatedly effective in comprehensiv studies thisnewtechnology is successfully in useinmorethan30countries worldwide

ECOB0ND worksontheprinciple ofpolyhedra enzyme or effective referred to as bio-enzyme soilstabilization.

Therearethreeprocess takingplacein this kindof stabilization, firstlytheclaypartof the soil(less than0.75microns) isstabilized where theclayparticle double layeris broken which causes theclayto loosestaticwater(charged or adheredto clay particles.)This causes segregation among theclayparticles. Nextthemostimportant partenzymes forma superficial layeroverthe clayparticles and bonds themtogether chemically toformmicro structures thatarerelatively flexible in nature andcantakeincreased load. Lastlyduringthe chemicalbondingcarbon gases dioxide areliberated whichcauses voids

inthesoilstructure, whichis moreeffectively c o m p a c t ew d ith machinesuperior compaction above100canbe achieved by AASHTO method. EC0B0ND ismoreeffective than economically othersoilstabilizers forunpaved village roads; thecostsavings areashighas60%. Thisstupendous cost savingsis achieved through manyfactors, someofthemaregiven i below . Sincelocalresources are used( soil I water)material costsarenegligible . Soilstabilizing enzyme isa smatlpercentage oftheOMCused. . Minimum laborandtime required

Gravel ordirtroads Surfaced roads Lowcosturban andruralroads Minehaulage andopenpitroads Busandaccess routes yards Parking areas andloading Forestry haulroads

EC0B0ND isenvironmentally friendlyandhasnolongtermadverse impactontheenvironment andissafeto handle, lt isnon-toxic andnon-hazardous. TECHN0K0TES Solutions is proud to introduce themostadvanced technology insoilstabilisation anddust suppression.

= 100% Structure Strength Construction Cotst: 100%

= 100% Structure Strength Construction Corst: 80%

= 100% Structure Strength Construction Cotst: 6070

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