Container Transport
In maritime transport the container body is exposed to temperature fluctuations. Our products eliminate "container rain" by preventing condensation.
trending_upCondensation Control
Ecological Protection
Industrial Moisture &
Gas Absorbent
Lime-Based Solutions
Across a wide range from logistics processes to heavy industry, it permanently absorbs moisture-related damage (container rain) and harmful gas emissions in industrial stacks (FGD).
Chemical Bonding
No Re-release (No Sweating)
Discharge Treatment
Effective on SO₂ and HCl
Protection Method
Desiccant and Injection
EU Standard
Within IED and BAT Scope
infoDefinition and Basic Concepts
What Are Moisture Absorbent and Gas Absorbent Agents?
Moisture absorbent (Desiccant): Industrial substances that lower the relative humidity and prevent condensation by absorbing water from the air in enclosed environments. Because lime-based (CaO) products bind chemically with water, unlike silica gel fillers they do not spit the sweat / moisture back into the container or warehouse during temperature fluctuations.
Gas absorbent: Hydrated lime-based products (Ca(OH)₂) that absorb the acid-character sulphur and chlorine gases found in the flue gases of industrial facilities. Emissions such as sulphur dioxide (SO₂) and hydrogen chloride (HCl) are converted into salt and water, providing a clean discharge from the stack.
These lime-based protective systems represent the true hidden force in cyclical industrial production and product preservation.
WORKING PRINCIPLE SUMMARY
- Moisture Capture: CaO + H₂O → Ca(OH)₂ + Heat (Permanent chemical bond).
- Gas Cleaning: Through Ca(OH)₂ spraying, the harmful SO₂ emission in flue gases is converted into treated salts.
- Advantage: Ending industrial moisture sweating, preventing corrosion, assimilating acid rain.
buildTechnical Data
Moisture and Gas Removal Performance Table
Engineering performance values based on active components and standard compliances are provided below.
| Property | Absorbent / Value Range | Description / Standard |
|---|---|---|
| Active Component | CaO (Moisture Abs.) / Ca(OH)₂ (Gas Abs.) | Lime-based active chemical |
| Working Principle | Chemical absorption / Acid-base | Permanent bond, not physical adsorption |
| Target Pollutants | Water vapour, moisture, SO₂, HCl, HF, H₂S | In-container moisture and flue gases |
| Typical Efficiency (Moisture) | %25-35 of its weight | High and permanent water absorption |
| Typical Efficiency (Gas) | SO₂: %50-%99, HCl: %95-%99 | Depending on the scrubbing technology used |
| Application Form | Desiccant bag / Dry Injection | Granule, powder or liquid suspension |
| Field of Use | Logistics, Transport and Flue Gas (FGD) | Industrial-scale protection and treatment |
categoryIndustrial Applications
Fields of Use of the Products
The beneficial advantages it provides to protect raw materials, finished goods and processes against environmental risks.
Storage and Packaging
Protection of products such as metal parts, machine equipment, food and seeds against corrosion and mould during long-term storage.
trending_upPermanent ProtectionFlue Gas Treatment (FGD)
Flue gas desulphurisation in thermal power plants and energy facilities. Neutralisation of acid gases (SO₂, HCl, HF).
trending_upSO₂ Treatment up to %99Waste Incineration Plants
Emission control of acid gas and dioxin precursors in the thermal disposal of municipal and industrial waste.
trending_upHCl %99 RemovalBiogas and Cement
Hydrogen sulphide (H₂S) removal at biogas plants, odour control at landfills and emission reduction at clinker stacks.
trending_upCompliance with Environmental PermitschecklistQuality Assurance
Standards and Application Control
The main guidelines used in selecting absorbent products and integrating them into injection systems.
water_dropChemical, not Physical Absorption
Unlike materials that merely adsorb, such as silica gel, CaO binds water chemically via the equation CaO + H2O → Ca(OH)2. When the temperature rises there is no risk of re-release (sweating).
airGas Neutralisation Systems
For plant stacks we supply the appropriate lime, with technical support, for all dry injection (Dry), semi-dry scrubbing or full wet scrubbing (Scrubber) systems.
thermostatDSI Temperature Control
In Dry Injection systems (DSI), flue gas temperatures are kept within the 140–200 °C band so that the reaction proceeds at maximum benefit.
policyEnvironmental and IED Standards
Our products (the Vikalo® series) are fully compliant with the "Best Available Techniques" (BAT) under the EU Industrial Emissions Directive (IED).
scienceDegree of Purity
By increasing the sorbent's surface area (12-20 m²/g) and the reactive purity of CaO / Ca(OH)2, maximum capacity per bag or per tonne is achieved.
helpFAQ
Frequently Asked Questions
Engineering questions frequently received regarding thermal systems and logistics protection.
Secure Your Products
Meet our engineering team right away for integrated flue gas treatment systems and industrial moisture and gas absorbent solutions against transport risks.