It　is　one　famous　scientific　research　institute　of　applied　chemical　industry　in　China,　which　specializes　in　research,　application　and　exchange　of　production　technology　in　chemical　industry.　Major　research　directions　include:　mining　and　processing　of　chemical　minerals,　inorganic　salt　production　technology,　organic　synthesis　technology,　biochemical　engineering　industrialization　technology,　environmental　protection　engineering　and　technology,　etc.　The　Research　Institute　has　46　intermediate　and　senior　researchers,　including　18　senior　engineers,　13　engineers　and　3　professors.　It　has　inorganic　chemical　industry　laboratory,　organic　chemical　industry　laboratory,　new　energy　industrial　technology　laboratory,　test　center,　pilot　plant　test　base,　information　department,　engineering　department　and　other　institutions,　as　well　as　very　strong　scientific　and　technological　strength　and　capacity　for　scientific　research　and　tackling　the　key　research　projects.　
Over　the　years,　Nanyang　Pengmei　Industrial　Technology　Research　Institute　aims　to　serve　for　the　development　of　Chinese　chemical　industry,　constantly　strengthen　scientific　and　technological　foundation,　intensify　scientific　research　strength,　rises　abruptly　based　on　its　accumulated　strength,　emphasizes　practice,　and　provides　production　enterprises　with　high　quality　technical　service　based　on　rigorous,　honest　and　practical　style　and　100%　process　success　rate.
Inorganic　chemical　industry　laboratory:　It　has　16　professional　researchers　who　undertake　mining　and　processing　of　chemical　minerals,　research　and　development,　promotion,　consultation　and　training　of　inorganic　salt　production　technology,　in　particular　boron　compound,　magnesium　compound,　nickel　compound,　zinc　compound,　manganese　salt,　molybdenum　salt,　fluoride　salt,　potassium　salt　production　technology,　and　energy　conservation　technology.　The　researchers　have　successively　published　more　than　30　theses　in　domestic　related　magazines,　and　attended　the　compilation　of　many　Chinese　boride　academic　treatises,　having　more　than　40　proprietary　technology　and　scientific　research　achievements　and　providing　technical　support　for　over　30　boride　production　enterprises　in　Shandong,　Qinghai,　Gansu,　Henan,　Xinjiang,　Sichuan　and　Tibet.　
In　2008,　Nanyang　Pengmei　Industrial　Technology　Research　Institute　undertook　Project　of　Comprehensive　Utilization　of　20,000t/year　Industrial　Boric　Acid　and　Process　Effluent　in　Xinjiang　Kunpeng　Chemical　Industry　Co.,　Ltd.　and　obtained　the　subsidy　of　“Project　of　Scientific　and　Technological　Support　to　Xinjiang”　of　Science　and　Technology　Bureau　of　Xinjiang　Autonomous　Region.
In　2009,　Nanyang　Pengmei　Industrial　Technology　Research　Institute　developed　the　technical　service　to　the　world,　and　undertook　technical　transformation　of　Xinjiang　Autonomous　Region　of　one　company　in　Kazakhstan　and　technical　support　of　50,000t/year　industrial　boric　acid　and　30,000t/year　high-purity　super-fine　flame-retardant　magnesium　hydroxide　project.
In　July　2010,　it　carried　out　technical　service　business　of　30,000t/year　boric　acid　project　in　South　America　through　drastic　international　competitive　bidding.

Main　scientific　and　technological　achievements:

It　has　production　technology　of　producing　special　boric　acid　of　borosilicate　technical　glass　with　boron　and　magnesium　mineral　single-step　method;　nuclear　grade　boric　acid　production　technology;　electronic　boric　acid　production　technology;　production　technology　of　disposing　Tibetan　boron　and　magnesium　mineral　with　atmospheric　alkaline　hydrolysis　method　and　preparing　industrial　borax;　technology　of　disposing　Tibetan　natural　borax　mineral　with　water　dissolution　method　and　preparing　borax　pentahydrate　with　single-step　method;　technology　of　disposing　natural　borax　mineral　with　nitric　acid　method　and　preparing　high　quality　boric　acid　by-product　sodium　nitrate;　technology　of　disposing　natural　borax　mineral　with　sulfuric　acid　method　free　of　evaporation　and　preparing　high　quality　boric　acid　by-product　sodium　sulfate;　technology　of　preparing　high-purity　boron　anhydride　with　dynamic　chemical　process;　technology　of　preparing　fast-thawing　boron　fertilizer　(sodium　octaborate　tetrahydrate)　with　boric　acid,　carbonate　method;　fast-thawing　modified　boric　acid　production　technology;　technology　of　preparing　medical　food　grade　magnesium　carbonate,　high-purity　magnesium　oxide　and　high-purity　extra　fine　flame-retardant　magnesium　hydroxide　with　single-step　method　boric　acid　mother　liquid;　technology　of　preparing　magnesium-nitrogen　compound　fertilizer　-　ammonium　magnesium　sulfate　with　boric　acid　mother　liquid;　technology　of　preparing　medical　(food)　grade　magnesium　carbonate,　industrial　light　magnesium　oxide,　silicon　steel　grade　magnesium　oxide,　electrician　grade　magnesium　oxide,　medical　grade　magnesium　oxide,　fluorescent　material　grade　magnesium　oxide　and　highly　active　magnesium　oxide　with　salt　lake　brine　or　soluble　magnesium　salt;　technology　of　preparing　medical　(food)　grade　magnesium　carbonate,　flame-retardant　grade　magnesium　hydroxide　and　grade　magnesium　oxide　of　all　grades　with　boric　acid　mother　liquid　or　magnesium　sulfate　heptahydrate;　technology　of　preparing　food　grade　magnesium　carbonate　and　precipitated　silica　dioxide　by-product　ammonia　with　boric　sludge;　magnesium　carbonate　and　magnesium　hydroxide　process　effluent　disposing　(ammonia　recovery)　technology　and　devices;　industrialization　production　technology　of　preparing　magnesium　carbonate,　magnesium　hydroxide,　magnesium　oxide,　sodium　sulfate　or　sodium　sulfide　with　bloedite;　comprehensive　utilization　technology　of　preparing　magnesium　carbonate,　magnesium　hydroxide,　magnesium　oxide,　co-production　ferrous　oxalate,　tyre　grade　white　carbon　black　and　the　matched　process　effluent　with　serpentine　as　raw　material;　production　technology　of　preparing　battery　and　electroplating　grade　sulfuric　acid　nickel　from　nickel-containing　waste;　high-purity　ferric　oxide　production　technology;　sulfuric　acid　manganese　production　technology;　ammonium　molybdate　and　other　molybdate　production　technology;　sodium　fluoride　and　other　sodium　fluoride　production　technology;　fluoborate　production　technology;　comprehensive　utilization　technology　of　red　soil　nickel　ore;　technology　of　preparing　medical　grade　food　magnesium　carbonate,　magnesium　oxide　and　magnesium　hydroxide　with　magnesite;　production　technology　of　preparing　80%-95%　content　light-burned　magnesium　oxide　with　magnesite;　technology　of　preparing　light　magnesium　carbonate,　light　magnesium　oxide,　light　calcium　carbonate,　and　environmental　protection　grade　magnesium　hydroxide　with　dolomite　ore;　technology　of　preparing　flame-retardant　grade　magnesium　hydroxide　with　brucite;　technology　of　preparing　magnesium　carbonate,　magnesium　hydroxide　and　magnesium　oxide　with　seawater　as　raw　material.
Organic　Chemical　Industry　Laboratory:　It　has　8　professional　researchers　who　are　mainly　engaged　in　research,　development　and　promotion　of　plant　extractive　and　biological　extractive　production　technology,　stearate　production　technology,　pharmaceutical　intermediates　production　technology,　and　organic　boride　production　technology.　It　owns　more　than　20　research　achievements　and　industrialization　proprietary　technology.　The　researchers　have　successively　published　more　than　10　theses　in　domestic　related　magazines.

New　Energy　Industrial　Technology　Laboratory:　It　has　6　professional　researchers　who　are　mainly　engaged　in　research　of　new-type　battery　material　preparation　process,　including　the　research　of　iron　phosphate,　ferrous　oxalate,　iron　phosphate　lithium　preparation　process,　fuel-cell　catalyst,　and　lithium　ion　battery is　cathode　material　production　process.
Test　Center:　It　has　investment　of　over　RMB　3　million,　over　40　sets　of　test　equipment　and　instruments,　relatively　complete　modern　detection　means　and　strong　scientific　test　capacity,　bearing　project　test　of　tackling　key　scientific　and　technological　problems,　raw　material　and　product　detection,　unknown　chemical　analysis,　as　well　as　training　and　teaching　for　chemical　analysts.
　Pilot　plant　test　base:　The　workshop　covers　an　area　of　25000m2,　which　has　one　pilot　plant　test　production　line　with　complete　functions　and　complete　pilot　plant　test　detection　system　equipment,　in　charge　of　pilot　plant　test　and　verification　of　new　process　and　new　technology.

Engineering　Department:　It　has　10　professional　staff,　undertaking　chemical　industrial　project　design,　construction　supervision　as　well　as　commissioning　and　acceptance　for　production　equipment.