硅肥融地美在作物上的应用讲解学习

硅肥-融地美在作物上的应用StatementofIntent

Decreaseagriculturalwateruse减少农业用水Improvequalityoflifeeverywherebydeliveringinnovativeaffordable,organicproductsandtechnologies.增加农作物产量，让有机技术得以普及，更多的人吃到健康食品2026/2/182TheimportanceofSilica(Si)SiisthesecondmostabundantelementonEarthanditsroleisveryimportantforaplants’wellbeing,microbialactivities,andsoilfertility.硅是地球上第二大元素，对作物非常重要。可以提高土壤微生物活性和土壤肥力Inaterrestrialeco-system,theSibiogeochemicalcycleismoreintensethanN,PandKcycles.。土壤生态系统中，硅的生化作用比氮、磷、钾还活跃。2026/2/183硅的重要性ScientificStudiesonSilicainAgriculturePromotesthegrowthanddevelopmentofallcrops.Diminishesabioticstresses(salinity,draught,excessiverain,frost,etc).Increasesfructoseandglucosecontent(Brix).Reinforcestheplantsviability,minimizinginsectand fungidamages.IncreasestheoccurrenceofbeneficialTrichomesinfoliartissue.Improvestheabsorptionofsunlightbyplants.Enhancesavailablephosphorus,nitrogen,calciumandpotassium.2026/2/185硅在农业上的科学研究加快植物的生长增强植物抗逆性（盐碱，旱涝，霜冻）提高果糖和葡萄糖含量增强植物活力，加强对病虫害的抗性改变叶片的组织结构促进植物的光合作用促进微量元素的吸收（氮、磷、钾、钙）ScientificStudiesonSilicainAgriculturePromotesthemostefficientuseofCO2byplants.IncreasestheconcentrationofchlorophyllbyunitareainleaftissuesStimulatesChitinaseactivityandactivatesperoxidaseandpolyphenoxidaseafterafungusinfection.Fortifiesthecuticleinepidermaltissuewithanexternallayerthatprotectsthetissueoflivecells.SilicaasanactiveMonosilicicAcid,controlstheformationofsecondayandtertiaryrootsinthesoil.Immobilizesheavymetalsinsoilsandplants.2026/2/187硅在农业上的科学研究促进植物对二氧化碳的有效利用增加叶片组织中叶绿素的含量提高甲壳素酶和过氧化物酶的活性增强植物表皮细胞的韧性单硅酸中的活性硅，能促发植物根毛区中不定根的发生缓解土壤中重金属对植物的危害ZumSil,ANewParadigmOurmethodology,organicbasedtechnology,activatesandSustainsselfdefensemechanismsofplantsagainststressessuch:DiseasesFungiInsectsVirusesDroughtSalinityOurSpeciallyActivatedZumSilcanbeadoptedtoANYCrop,Soil,ClimateandAgriculturalCondition.2026/2/189融地美——新发现我们的方法是通过有机栽培管理，提高作物的抗逆性。

——疾病、真菌、

虫害

病毒、干旱、盐碱在不同的土壤、气候和农业条件下，应用该技术可以使作物正常生长。ZumSil®vrInsecticides2026/2/1811OurspeciallyactivatedSiwascomparedwithoneofthebestInsecticides,marketedbySyngenta(Actara).Withourtreatment,thepercentageofCauliflowerleavesinfectedbyLouse-Plant*was2timesmoreeffectivethanSyngenta,whichwasappliedatdoubleitsrecommendeddose.融地美和杀虫剂的比较在花椰菜上，该产品和先正达一个最好的产品比较。试验表明，融地美的杀虫功效是被比较产品的2倍。2026/2/1813SiIntakevsEnergydemandinplants植物体内的能量变化6030026101418222630343842465054CaOSiO2SO4ClNa2OK2OSO4P2O5MgO(Kovda,1956)GrowthEnergyResistenceEnergyZumSil®EffectonRootZoneZoneofElongation&MeristematicZoneTheMonosilisicacidaccumulatesattheepidermisoftheelongationzoneandprimarilyinthetipoftherootwhereitistransformedintoquartz.Thisfacilitatesthepenetrationoftherootsthroughsoilsurfacesthusincreasingrootdevelopment.2026/2/1814Silicaconcentration融地美对根区的影响促进根系发育，增加植物根尖的分生组织的韧性，更利于根尖穿过土壤、向下快速生长。2026/2/1815SilicaconcentrationUntreatedvs.ZumSilTreatedPlantRoots2026/2/1816对照ZumSil®ActionontheEpidermalTissueofPlantsFortifiesthecuticleandepidermaltissue.Formsanexternallayerthatprotectsthetissueoflivecells.MakestheleaveshardbutalsoflexibleImprovesthephotosynthesisandCO2collection.2026/2/1817Silicalayer2.5micras(Yoshida,1975)LeafofaBananaplanttreatedwithZumSil融地美在植物表皮细胞壁的作用增加表皮细胞和角质层的活性在表皮细胞形成一个保护层，增强光合作用，促进二氧化碳吸收。2026/2/1818Silicalayer2.5micras(Yoshida,1975)用融地美处理过的香蕉叶Si对照

ZumSil®EffectinFoliarPlantProtectionIncreasestheoccurrenceofbeneficialtrichomsinfoliartissueProtects,repelsandimmobilizesinsectattackImprovestheabsorptionofsunlightbytheplant.Enhancesavailablephosphorus,calciumandpotassiumPromotesthegrowthanddevelopmentofflowersandfruits2026/2/1819

融地美，增加植物表层绒毛的韧性增加植物表层绒毛的韧性预防和减轻病虫的危害增进磷、钾、钙吸收利用2026/2/1820Supplies:pHmeterTDS(totaldis-solvedsolids)WaterZumSil2026/2/1821200ccofwaterwasplacedinaglassandthepHandTDSweremeasured(totaldissolvedsolids).pH=7.1TDS=0972026/2/1822ZumSil®NutrientsProcedure5dropsofZumSilwereadded(representing100ccxha)andthepHandTDSweremeasuredagainpH=10,8TDS=3222026/2/1823ZumSil®NutrientsProcedure5moredropsofZUMSIL,wereadded(representing200ccxha)andpHandTDSweremeasuredagainpH=11,2TDS=6192026/2/1824ZumSil®NutrientsProcedureFinally,5moredropsofZUMSILwereadded(representing300ccxha)andpHandTDSweremeasuredpH=11,4TDS=101x102026/2/1825WaterDosisxHapH%TDS%CONTROL07,197Control+5dropsZumSil100cc10,852,1%322231.9%Control+10dropsZumSil200cc11,257,8%619538,1%Control+15dropsZumSil300cc11,460,6%1010941,2%2026/2/1826Alkalinewaterhasmicroparticules,withZumSilmanymorenutrientsare“liberated”intheecosystem,readytobeabsorbedbyplantsandmicroorganisms.结论碱性水中含有微生物，通过使用融地美，在生态系统中能够释放更多的营养，被作物和微生物吸收利用。注意：此测试也可以应用在肥料和土壤等方面。ColombiaMexicoUSAJordánSpainAustraliaSouthAfricaCanadaCostaRicaVenezuelaEcuadorChileBoliviaRussia2026/2/1828ZUMSIL®EFFECTONCROPS

融地美在作物上的应用效果

RiceBananasWheatBellPeppersCorn2026/2/1829水稻香蕉小麦辣椒玉米Bananas香蕉

UNTREATEDTREATEDUntreatedTreated2026/2/1830对照AveragePriceofaBananabox(19kg):US$3.50(exportpricefromproducer-2008)

AverageProductioninEcuador:1300-1900boxesperHa/year

OURTechnologiesControlDifferenceHandsper/Bunch8.37+18.6%Bunchweight8560+41.66%Bunch/ha/year2,0301,885+7.7%Boxesaverage/Bunch1.551.30+19.23%Boxes/ha/year3,1472,168+45.15%Costperboxof19kg$1.90$2.20-13.6%Costperhectareperyear$5,978.35$4,769.35+25.34%AverageIncomeperHa$10,698.10$7,370.35+45.15%Profitperhectare$4,719.75$2,601.30+81.43%OverallBenefitIndex78.95%54.55%+24.4%2026/2/1831Rice水稻2026/2/1832LongGrain

EcuadorianAverageProduction:40-205lbs.Bags/Ha/cycle.Rice14%averagemoister;varietyINIAP14(115-120days).3.7tons/hectare/cycle;2cycles/year.Averagepricefora205poundsbag:US$15.00(US$160.97perton)(2008)

OURTechnologiesControl

对照Difference%EmptyGrainsperEar8%17%-9%WeightofGrains3.3gr3.23gr+2%AverageTonsperHa/Cycle7.55.6+33.9%AverageBrokenGrain(afterprocess)20%28%-8%Costperton/Cycle$95.55$122.07-21.73%Costperhectare/Cycle$716.60$683.60+4.8%AverageIncomeHa/Cycle$1,207.28$901.43+33.93%Profit/Hectare/Cycle$490.68$217.83+125.26%OverallBenefitIndex68.47%31.86%+36.60%2026/2/1833BellPeppers辣椒2026/2/1834Variety:SalvadorandQuetsal

品种：萨瓦尔多和危地马拉

Averagepricefora30kgbag:US$4.00(US$133.36perton)1.7cyclesperyear

OURTechnologiesControl对照DifferencePlantsMortalityonfield3%10%-7%Tonsperha5436+50%1stclassfruit70%50%+20%2ndclassfruit30%50%-20%Costperton/cycle$72.22$97.22-27.71%Costperhectare/cycle$3,900.00$3,500.00+11.43%IncomemediaperHa/cycle$7,199.82$4,799.88+50%INCOMEvs.EXPENSES$3,299.82$1,299.88+153.85%RENTABILITY84.61%37.14%+47.47%2026/2/1835CanadianWheat

加拿大小麦50%MoreProduction

增产50%

WheatHeadstreatedwithOURTechnologies2026/2/1836CanadianWheatComparisonresults

加拿大：小麦上的对比CONTROLFIELD对照Crop:SuperbHardRedSpringWheatLocation:Birtle23-18-27SWTypeofSoil:ClayLoamOwner:IvanSobeskyProvince:Manitoba-Country:CanadaControlField(samerateoffertilization,withoutZumSil)110AcresTotalFieldYield:3,168lbsAverageBushelsperAcre:28,8Bushels2026/2/1837CorninThailand

泰国的玉米Control

OURTechnology2026/2/183840%MoreProduction

增产40%Control

OURTechnology2026/2/18392026/2/1840CorninEcuador厄瓜多尔的玉米CropProtection:FrostInNorthernChile,tablegrapesarefarmedextensively.Inearlyspringfrostposesarealdangertothesecrops.InlateAugust2009,ZumSil®wasappliedtofivehectaresofgrapes.OnSeptember28&29frostcoveredtheentireareaburningallfloweringonvines,exceptthefivehectarestreatedwithZumSil®.2026/2/1841植物抗逆性：霜在智利北部地区有大片葡萄园。在早春霜冻构成了对作物的最大威胁。2009年8月下旬，在五公顷的葡萄上施用融地美。

9月28日及29冰霜覆盖了整个地区的所有葡萄树。用过融