Aqualat anthracite

ANTHRACITE

Brands: Aqualat

Origin: Russia

CleanTech Engineering Limited

ANTHRACITE
Chemical Composition
Carbon approx. 92.0 %
Ash content not more 5.0 %
Sulfur contentnot more 1.0 %
Moisture contentnot more 3.0 %
Physical Characteristics
Acid solubilitynot more 1.0 %
Main grain sizenot less 90.0 %
Volatile matternot more 3.5 %
Density 1600 kg/m3
Bulk densityapprox. 900 kg/m3
Attrition lossnot more 0.3 %
Refinabilitynot more 3.0 %
Hardness4 Mohs

Aqualat anthracite (or “hydroanthracite”) is a naturally porous coal-based filtration media developed by the Russian manufacturer ANTR‑ACTIV (Aqualat brand), located in Rostov region near Shakhty Packaged typically in 25 L bags (around 22.5 kg)

  • High carbon content (~90–92%) with very low ash (<5%), sulfur (<1%), moisture (<3–4%), and acid solubility (<1–3%)

  • Natural porosity ~36%, significantly higher than conventional anthracite (10–15%), yielding 1.5–2× better hydrodynamic performance

  • Grain integrity with isometric shapes ensures less clogging and consistent filtrate clarity

  • Grain sizes available: typical fractions include 0.5–1.2 mm, 0.8–1.6 mm, 1.4–2.5 mm, 2–4 mm, and 3.5–7 mm

Advantages in Filtration Processes

According to the manufacturer:

  • Holds up to 4× more contaminants than quartz sand of a similar size

  • Requires 1.5× less backwash water, reducing operational costs

  • Reduces chemical coagulant/flocculant demand by ~15–20%

  • Lasts twice as long as quartz sand, offering cost-effective longevity .

  • Maintains chemical stability: no significant leaching of silica or residue during use .

Global Reach & Recognition

  • Deployed by major Russian/CIS energy and petrochemical companies (e.g. Gazprom, Lukoil).

  • Over 500 installations in Russia and around 40 abroad

  • ISO 9001 & 14001 certified production ensures consistent quality

Summary

Aqualat anthracite is a high-grade, Russia‑origin filtration media ideal for professionals seeking enhanced contaminant removal, reduced maintenance costs, and improved process efficiency in water treatment systems.