PEAT NUTRIENT MIXTURE Russian patent published in 2003 - IPC

Abstract RU 2214382 C1

FIELD: peat processing technology. SUBSTANCE: nutrient mixture contains peat, mineral components and trace elements. Mixture contains sand additionally and following mineral components: powdered lime and/or dolomite, simple or binary superphosphate, ammonium nitrate, potassium sulfate, magnesium sulfate. Mixture contains the following trace elements: copper sulfate, zinc sulfate, iron citric-ammonium, ammonium molybdate, borax or boric acid, manganese sulfate. Ratio of component, kg per 100 l of mixture: peat, 75.0-85.0; sand, 8.0-25.0; powdered lime and/or dolomite, 7.0-11.0; simple or binary superphosphate, 0.3-3.0; ammonium nitrate, 0.15-0.85; potassium sulfate, 0.4-1.0; magnesium sulfate, 0.1-0.5; copper sulfate, 0.005-0.030; zinc sulfate, 0.003- 0.007; iron citric-ammonium, 0.015-0.03; ammonium molybdate, 0.001-0.006; borax or boric acid, 0.006-0.0012; manganese sulfate, 0.003-0.008; water, the balance. Ready product shows the following composition (form available for plants), mg/l: nitrogen (NH4 + NO3), 70-275; phosphorus (P2O5), 100-250; potassium (K2O), 150-500; moisture mass part is 65%, not above; acidity: pH value of saline substance is from 5.0 to 6.5. Invention provides creation of the novel peat-base composition of nutrient mixture as soil and can be used for growing different species of flower, berry, vegetable, decorative cultures, room plants and for topical addition in vegetable cultures planting. EFFECT: expanded assortment of peat nutrient mixtures, reduced cost, simplified preparing and storage of peat nutrient mixture. 3 ex

Similar patents RU2214382C1

Title Year Author Number
FERTILIZER MANUFACTURE PROCESS 2004
  • Khokhlov Anton L'Vovich
RU2271347C2
SOIL FROM COMPOST WITH ACID REACTION 2023
  • Demin Dmitrij Viktorovich
  • Sevostyanov Sergej Mikhajlovich
  • Kaplan Mikhail Aleksandrovich
  • Sergienko Konstantin Vladimirovich
  • Gorbenko Artem Dmitrievich
  • Morozova Yaroslava Anatolevna
  • Sevostyanova Ekaterina Pavlovna
  • Grishina Elena Vladimirovna
  • Kaplan Ekaterina Aleksandrovna
  • Polovinkin Andrej Borisovich
  • Andreevskaya Veronika Maksimovna
  • Toropov Igor Viktorovich
  • Bobylev Petr Alekseevich
  • Sevostyanov Mikhail Anatolevich
RU2823526C1
METHOD FOR OBTAINING INTEGRATED ORGANOMINERAL FERTILISER 2015
  • Shchedrin Vyacheslav Nikolaevich
  • Vasilev Sergej Mikhajlovich
  • Domashenko Yuliya Evgenevna
  • Lyashkov Maksim Anatolevich
RU2618099C2
TURF GRANULATED FERTILIZER AND A METHOD OF ITS PRODUCING 1993
  • Poljanskij V.F.
  • Belova G.N.
  • Vorob'Eva T.R.
  • Spiridonova S.N.
RU2102362C1
METHOD OF MANUFACTURING ORGANOMINARAL PEAT BASED FERTILIZER 1995
  • Pavlova L.N.
  • Samogin S.K.
  • Rozenko G.T.
  • Kalinin Eh.K.
  • Il'Mer E.I.
RU2092470C1
FERTILIZER 2019
  • Ershov Pavel Yurevich
RU2704828C1
FERTILIZER AND METHOD FOR PRODUCTION THEREOF 2018
  • Ershov Pavel Yurevich
RU2675937C1
MINERAL-ORGANIC FERTILISER FOR TOP DRESSING OF GARDEN ROSES 2016
  • Shvetsova Ekaterina Mikhajlovna
RU2620296C1
MINERAL-ORGANIC FERTILISER FOR TOP DRESSING OF GARDEN ROSES 2016
  • Shvetsova Ekaterina Mikhajlovna
RU2622915C1
GROWING MEDIUM PREPARING METHOD 1991
  • Perfil'Eva V.D.
  • Alekseeva T.P.
  • Konusova O.L.
RU2013942C1

RU 2 214 382 C1

Authors

Khokhlov A.L.

Dates

2003-10-20Published

2002-03-12Filed