The sub­soil of our coun­try con­tains a wide vari­ety of min­er­al resources that are exten­sive­ly used in var­i­ous spheres of human activ­i­ty. Cur­rent­ly, Ukraine is expe­ri­enc­ing an increas­ing demand for con­struc­tion min­er­als. This is due to an active con­struc­tion sec­tor and the devel­op­ment of res­i­den­tial, com­mer­cial, and infra­struc­ture projects. Some of the most pop­u­lar con­struc­tion min­er­als in Ukraine include:

Sand is one of the main con­struc­tion mate­ri­als used for the con­struc­tion of build­ings, the pro­duc­tion of con­crete, cement, and plas­ter. It is also applied in road paving, prepa­ra­tion of con­struc­tion sites, and oth­er con­struc­tion works. Sand is one of the most wide­spread and impor­tant min­er­al resources in Ukraine. The most well-known sand deposits are locat­ed in Kyiv, Lviv, Ode­sa, Kharkiv, Dnipropetro­vsk, and oth­er regions.

Lime­stone is used for the con­struc­tion of walls, facades, cladding, and for the pro­duc­tion of bricks, tiles, and oth­er build­ing mate­ri­als. It has high strength and resis­tance to envi­ron­men­tal influ­ences. The most well-known lime­stone deposits are locat­ed in Lviv, Volyn, Ternopil, Dnipropetro­vsk, Zakarpat­tia, and Myko­laiv regions.

Clay is used for the man­u­fac­ture of ceram­ic prod­ucts, tiles, bricks, roof­ing mate­ri­als, and oth­er con­struc­tion ele­ments. It has prop­er­ties that allow it to be eas­i­ly shaped and mold­ed, and after fir­ing it becomes strong and durable. In Ukraine, clay deposits are dis­trib­uted across var­i­ous regions of the coun­try. The most well-known deposits are locat­ed in Dnipropetro­vsk, Zapor­izhzhia, Volyn, Kharkiv, Lviv, and oth­er regions.

Grav­el is used as a com­po­nent of con­crete, asphalt, and oth­er con­struc­tion mate­ri­als. It has high strength and sta­bil­i­ty, mak­ing it an ide­al mate­r­i­al for road con­struc­tion and soil rein­force­ment. Ukraine has sig­nif­i­cant grav­el reserves, espe­cial­ly in riv­er val­leys and coastal zones. This mate­r­i­al is wide­ly extract­ed in var­i­ous regions of the coun­try, includ­ing Dnipropetro­vsk, Kharkiv, Kyiv, Lviv, and Zhy­to­myr regions.

Gyp­sum is wide­ly used in con­struc­tion for the pro­duc­tion of gyp­sum boards, plas­ter, dry mix­es, ceil­ing tiles, as well as for the man­u­fac­ture of gyp­sum prod­ucts such as fig­urines, dec­o­ra­tive ele­ments, and oth­er archi­tec­tur­al details. In addi­tion to the con­struc­tion indus­try, gyp­sum is used in med­i­cine for the pro­duc­tion of plas­ter casts for frac­ture fix­a­tion and in ther­mal insu­la­tion as an envi­ron­men­tal­ly friend­ly mate­r­i­al. In Ukraine, gyp­sum deposits are locat­ed in sev­er­al regions, includ­ing Zhy­to­myr, Lviv, Ode­sa, Volyn, and Kyiv regions. Gyp­sum extrac­tion is car­ried out in spe­cial­ized quar­ries or deposits and is per­formed in com­pli­ance with envi­ron­men­tal stan­dards and reg­u­la­tions. The use of gyp­sum as a con­struc­tion mate­r­i­al has sig­nif­i­cant poten­tial in meet­ing the country’s con­struc­tion needs and con­tributes to the devel­op­ment of the con­struc­tion indus­try.

Many deposits have already been thor­ough­ly stud­ied and are active­ly mined on an indus­tri­al scale. How­ev­er, there are min­er­al resources that require fur­ther detailed research and pro­fes­sion­al geo­log­i­cal analy­sis. The dis­cov­ery of new min­er­al deposits plays an extreme­ly impor­tant role in strength­en­ing the resource and raw mate­r­i­al base of Ukraine.

It is impor­tant to note that geo­log­i­cal analy­sis of the prospec­tiv­i­ty of areas for the pres­ence of metal­lic or non-metal­lic min­er­al resources is a com­plex and mul­ti-stage process that requires spe­cial­ized knowl­edge and expe­ri­ence in geol­o­gy and geo­chem­istry. This analy­sis is often car­ried out by geo­log­i­cal com­pa­nies, research insti­tu­tions, or gov­ern­ment bod­ies in order to iden­ti­fy poten­tial areas for fur­ther devel­op­ment of the min­ing indus­try.

When con­duct­ing geo­log­i­cal analy­sis, it is nec­es­sary to adhere to sci­en­tif­ic prin­ci­ples, use reli­able data sources, and apply high-qual­i­ty ana­lyt­i­cal meth­ods. Addi­tion­al­ly, mod­ern tech­nolo­gies such as geo­graph­ic infor­ma­tion sys­tems (GIS), remote sens­ing, and oth­ers may be used to obtain a more com­plete and accu­rate pic­ture of the stud­ied ter­ri­to­ries. Geo­log­i­cal analy­sis of the prospec­tiv­i­ty of areas for the pres­ence of metal­lic or non-metal­lic min­er­al resources is a com­plex process that includes the study of geo­log­i­cal struc­ture, min­er­al com­po­si­tion, and geo­chem­i­cal char­ac­ter­is­tics of the region. To con­duct such an analy­sis, the fol­low­ing steps must be per­formed:

Data col­lec­tion involves the accu­mu­la­tion of avail­able geo­log­i­cal maps, reports on pre­vi­ous­ly iden­ti­fied min­er­al deposits, geo­phys­i­cal data, and oth­er rel­e­vant infor­ma­tion relat­ed to the study object. All this infor­ma­tion is stored in the geo­log­i­cal funds of Ukraine — at the State Enter­prise “Geoin­form of Ukraine”. After col­lect­ing and ana­lyz­ing the obtained infor­ma­tion and deter­min­ing the loca­tion for more detailed geo­log­i­cal explo­ration, the sub­soil user must obtain a spe­cial per­mit for geo­log­i­cal explo­ration of the sub­soil area. After obtain­ing the per­mit, the next step is the reg­is­tra­tion of works and stud­ies relat­ed to geo­log­i­cal explo­ration under Form 3‑gr.

Field works include geo­log­i­cal map­ping, explorato­ry drilling, sam­pling of rocks and soils, geo­chem­i­cal analy­ses, and mea­sure­ment of geo­phys­i­cal para­me­ters. This makes it pos­si­ble to col­lect detailed data on soil struc­ture, geo­log­i­cal for­ma­tions, and poten­tial depen­den­cies. It should be not­ed that drilling is car­ried out accord­ing to an explo­ration grid, the plan­ning of which takes into account fac­tors such as ter­ri­to­ry acces­si­bil­i­ty, den­si­ty of avail­able geo­log­i­cal data, finan­cial and tech­ni­cal con­straints. The tar­get drilling depth may also vary depend­ing on the pur­pose of the study and the specifics of the min­er­al deposit.

Lab­o­ra­to­ry stud­ies. Analy­sis of sam­ples for min­er­al com­po­si­tion, geo­chem­i­cal com­po­si­tion, and phys­i­cal prop­er­ties, which helps to deter­mine the pres­ence of min­er­al resources, their con­cen­tra­tion, and qual­i­ty.

Geo­phys­i­cal stud­ies. Appli­ca­tion of meth­ods such as seis­mic vibra­tion, mag­net­ic mea­sure­ments, radioac­tive decay, and oth­ers to obtain addi­tion­al infor­ma­tion about geo­log­i­cal struc­ture and the pos­si­ble pres­ence of min­er­al resources.

Data analy­sis and inter­pre­ta­tion. Tak­ing into account all col­lect­ed infor­ma­tion, geo­log­i­cal analy­sis is con­duct­ed to deter­mine the prospec­tiv­i­ty of the stud­ied sub­soil areas. This process includes the eval­u­a­tion of geo­log­i­cal, geo­chem­i­cal, and geo­phys­i­cal data to iden­ti­fy indi­ca­tors of min­er­al pres­ence, their con­cen­tra­tion, dis­tri­b­u­tion, and qual­i­ty.

Deposit poten­tial assess­ment. Based on the results of the analy­sis, the poten­tial of min­er­al deposits with­in the stud­ied areas is assessed. This includes deter­min­ing the vol­umes of metal­lic or non-metal­lic min­er­al resources, their qual­i­ty, eco­nom­ic fea­si­bil­i­ty of extrac­tion, and oth­er fac­tors affect­ing com­mer­cial val­ue.

Devel­op­ment of geo­log­i­cal mod­els. Based on the obtained data, geo­log­i­cal mod­els of min­er­al deposits are devel­oped, includ­ing geo­met­ric struc­ture, spa­tial dis­tri­b­u­tion, size, and depth of the deposit. This helps to refine poten­tial extrac­tion loca­tions.

Eco­nom­ic analy­sis deter­mines the fea­si­bil­i­ty of min­er­al extrac­tion in the stud­ied areas. Pri­mar­i­ly, extrac­tion, trans­porta­tion, and pro­cess­ing costs, mar­ket prices of min­er­al resources, finan­cial indi­ca­tors, and oth­er fac­tors are con­sid­ered.

Report prepa­ra­tion. The results of the geo­log­i­cal analy­sis and prospec­tiv­i­ty assess­ment are com­piled into a writ­ten report. This report pro­vides a detailed descrip­tion of the method­ol­o­gy, obtained data, con­clu­sions regard­ing the pres­ence of metal­lic or non-metal­lic min­er­al resources, their poten­tial, and the eco­nom­ic fea­si­bil­i­ty of extrac­tion.

After con­duct­ing a geo­log­i­cal and eco­nom­ic eval­u­a­tion of min­er­al deposits and prepar­ing the report, this report is sub­mit­ted to the State Com­mis­sion of Ukraine on Min­er­al Reserves for state exper­tise. The Com­mis­sion per­forms an eval­u­a­tion and ver­i­fi­ca­tion of the report to con­firm its reli­a­bil­i­ty and valid­i­ty.

After suc­cess­ful com­ple­tion of the report exper­tise, the sub­soil user, if the report is approved, has the right to apply to the State Ser­vice of Geol­o­gy and Sub­soil of Ukraine with an offi­cial appli­ca­tion to obtain a spe­cial per­mit for min­er­al extrac­tion. The appli­ca­tion must con­tain all required infor­ma­tion regard­ing the deposit loca­tion, extrac­tion vol­umes, work plan, and oth­er require­ments estab­lished by leg­is­la­tion, in accor­dance with the Res­o­lu­tion approv­ing the forms of spe­cial per­mits for sub­soil use.

In sum­ma­ry, geo­log­i­cal analy­sis of the prospec­tiv­i­ty of areas for the pres­ence of metal­lic or non-metal­lic min­er­al resources is an impor­tant step before mak­ing deci­sions regard­ing min­ing activ­i­ties. It requires a com­pre­hen­sive approach, includ­ing the col­lec­tion and analy­sis of geo­log­i­cal, geo­chem­i­cal, and geo­phys­i­cal data, assess­ment of eco­nom­ic poten­tial, and devel­op­ment of geo­log­i­cal mod­els.