Cami’s goal is to develop complete, ready-to-use filtration equipment that combines environmental performance, energy efficiency, operational continuity, and ease of maintenance.
We create turnkey systems, custom-sized and refined thanks to the experience gained at every stage of the process: from design to construction, installation, start-up, and support and maintenance.
Along this path, the R&D department works continuously to identify new solutions, anticipate market needs, and improve system performance.
 
Categories: Conveying, Environment Protection
Target Visitors: Ceramic manufacturers, sanitaryware producers, ceramic glaze manufacturers, and ceramic machinery suppliers, particularly companies planning new production lines, factory expansions, or environmental upgrades.
Product Name: GAIA – Artificial Intelligence for Plant Management
GAIA transforms plant data into smarter control, greater efficiency, and sustainability through continuous monitoring of emissions, process parameters, and resource consumption.
By learning plant behavior, GAIA supports operators in daily decision-making, detects operational anomalies, and enables continuous performance improvement.
Its intelligent optimization ensures more precise reagent dosing, reduced waste, and greater process stability.
In selected applications, GAIA can deliver up to 10% savings in operating costs compared to previous operating conditions.
 
Product Name: INDUSTRIAL WATER TREATMENT PLANT
Cami designs industrial wastewater treatment plants to handle variable pollutant loads and demanding operating conditions. Customized solutions combine physicochemical processes, flocculation, sedimentation, circular or lamella clarifiers, and biological treatment to remove solids and contaminants, reduce organic loads, and recover water for reuse in production.
By turning wastewater into a valuable resource, Cami helps industries improve treatment efficiency, minimize waste, and meet applicable discharge regulations.
Advanced sludge management technologies, including centrifuges, filter presses, and screw presses, optimize dewatering and maximize recoverable water, supporting more sustainable and efficient industrial operations while reducing freshwater consumption and promoting circular water management.
Product Name: FUMES DEPURATION PLANTS
Cami’s gas treatment and emission abatement systems are designed to handle complex industrial emissions, including fumes, odors, aerosols, and airborne pollutants generated by production processes.
Venturi scrubbers, scrubbing towers, flue gas treatment systems, heat exchangers, and energy recovery systems help reduce environmental impact and improve overall plant efficiency.
Each solution is customized according to the nature of the pollutants, the gas flow rates to be treated, and the company’s regulatory and production requirements.
 
Product Name: HEAT RECOVERY SYSTEM
Cami designs, manufactures, and installs high-efficiency heat recovery systems that extract thermal energy from industrial flue gases while enabling subsequent gas treatment.
Its HEX® flue gas-to-air heat exchanger supplies hot air for space heating, dryers, spray dryers, and other industrial processes.
Depending on operating requirements, Cami provides tubular or plate heat exchangers, automatic cleaning systems, and customized flue gas-to-water, flue gas-to-oil, and ceramic slip heat exchangers.
By reusing recovered heat within production processes, these systems reduce gas consumption, operating costs, and CO₂ emissions, improving overall energy efficiency and environmental sustainability.
 
Product Name: Dust Extraction and Filtration
Centralized Dust Extraction Systems
CAMI’s centralized dust extraction systems are designed and manufactured in-house to capture and convey dust from multiple production points to a single filtration unit, ensuring effective emission control.
Each system is custom-engineered according to airflow requirements, dust characteristics, and plant layout.
Integrated discharge systems, automatic cleaning, dust monitoring, process supervision, and noise reduction technologies ensure efficient extraction, reliable operation, and improved workplace conditions.
 
Properly designed systems support compliance with emission regulations, protect operators’ health, and enhance overall production efficiency.