Magnesium Carbonates TRIZ Cases
- Complex of fibers and magnesium carbonate microparticles, and production method therefor
See how cavitation bubbles during carbonation synthesis enable uniform magnesium carbonate micr
- Magnesium Silicate Hydrate Carbonation for Low-Energy CO2 Aggregate
Thermally dehydrated magnesium silicate hydrate binds CO2 quickly under milder conditions, producing strong aggregate with lower energy use.
- Olivine Carbonation Sequence for Predictable Hydrogen and Magnetite
Sequential carbonation before serpentinization improves hydrogen yield predictability, sequesters CO2, and produces magnetite from olivine-rich ore.
- Loop Reactor Carbonization with Continuous CO2 and Particle Separation
Continuous slurry circulation, CO2 control, and size-based separation speed magnesium silicate carbonization with scalable, consistent output.
- Low-Carbon Magnesia Production Through CO2 Recycling
Captured CO2 carbonates magnesium-containing residues before calcination, recycling the by-product to produce lower-carbon-footprint magnesia.
- Scalable Perimorphic Carbon Synthesis with Recyclable Templates
Recyclable metal oxide templates and process liquids enable scalable perimorphic carbon synthesis while reducing waste and improving purity.
- Low-Carbon Magnesia Production Through CO2 Recycling
CO2 recycling lowers emissions in magnesia production through carbonation and calcination.
- Power Boiler Ash Alkali Recovery With Na2CO3 and Particle Separation
This process separates ash solids after Na2CO3 treatment to yield concentrated caustic for on-site use.
- Magnesium Oxide Powder Hydration Resistance Coating
A basic magnesium carbonate layer on magnesium oxide powder prevents hydration-induced volume expansion in resin compositions.
- Hydromagnesite Precipitation Process for High Purity Magnesium Oxide
Controlled ammoniation and carbonation of magnesium chloride brine yield high purity hydromagnesite, resolving brightness and cost trade-offs.
- Hydromagnesite Precipitation Purity via Calcium Sulfate Removal
Precipitating calcium sulfate from magnesium chloride brine before adding sodium carbonate achieves high purity hydromagnesite without extensive bleaching.
- Lithium Brine Magnesium Removal via Carnallite Precipitation
Potassium chloride addition precipitates magnesium as carnallite, reducing impurities and minimizing lithium loss during production.
- Wet Grinding Mineral Material pH Adjustment
Adjusting aqueous suspension pH with hydroxide bases reduces specific grinding energy while maintaining precise particle size distribution.
- Silica SCM Process via Acid Reaction and CO2 Carbonation
A silica supplementary cementitious material process reacts metal silicates with aqueous acids to extract pure silica components.
- Lithium Brine Purification via Cooling Crystallization
Solar evaporation and cooling crystallization concentrate lithium brine while precipitating sulfate salts, reducing reagent use and environmental impact.
- Composite Briquette for Steelmaking Carbon Utilization
Magnesium carbonate decomposition foams slag while the binder embeds carbon fines, resolving floating issues in steelmaking charges.