since 2000
ISO 9001:2015
ISO 14001:2015
ISO 45001:2018
engineers
How pharmaceutical dust extraction captures sensitive powders at source, protects operators and helps control cross-contamination throughout production.
A practical guide to dust extraction for sanding lines: source capture, filtration and duct design for cleaner production and better operator protection.
How pneumatic conveying moves extracted dust, chips and fibers through ductwork to cyclones, filters, silos and controlled discharge systems.
A technical guide to source capture, filtration, ductwork, fans and safety for welding, thermal cutting, heat treatment and metalworking fume.
Understand the differences between dry dust, fine fume, volatile compounds and oil mist before selecting an industrial filtration system.
See how ALWO delivers a complete industrial extraction project—from site assessment and engineering to installation, commissioning, training and maintenance.
Archived May 2026 tender notice for scientific research services supporting the design of a cylindrical compressed-air vessel.
Compare extraction arms, mobile units and central systems, and review the criteria that matter before investing in welding-fume filtration.
A practical overview of spray booths, extraction, overspray filtration, make-up air, pressure control and safety for industrial paint shops.
How controlled vapour removal, recirculation, heating, condensation management and automation support stable industrial drying.
Learn how source capture, correctly sized ductwork, filtration and automation control sawdust and fine particles in CNC woodworking operations.
Design considerations for abrasive dust, including pre-separation, filter selection, wear-resistant ductwork, air velocity and maintenance.
How computational fluid dynamics supports capture-point positioning, airflow visualisation, energy optimisation and risk reduction in extraction design.
Coordinate local extraction, HVAC and make-up air to maintain building pressure, source capture, comfort and energy performance.
Control stratified air, thermal plumes and process contamination in high-bay halls through source capture, zoned ventilation and balanced make-up air.
Extraction design for high-temperature fume, abrasive dust, sparks and continuous-duty conditions in metallurgical production.
Use measurements and lifecycle analysis to upgrade capture, duct balance, filters, fans, controls and monitoring in an existing extraction system.
The complete consulting workflow from process and contaminant analysis through design, equipment selection, installation, commissioning and training.
Understand when pre-separation, main particle filtration, specialised treatment and vapour control belong in a multi-stage extraction system.
Capture and separate the coolant aerosol produced by wet grinding with controlled enclosure airflow, coalescing filtration and suitable drainage.
Protect precision mechanics, optics, electronics and sensors by capturing fine dust at source and monitoring extraction performance.
A recap of ALWO THERM at DEMO METAL Brașov 2025, where the team discussed extraction, filtration and ventilation for metalworking.
Why extraction must be engineered around the contaminant, process, layout and operating schedule instead of selected by building size alone.
An integrated factory system connects source capture, ductwork, filtration, fans, material discharge, make-up air and controls.
Configure local, central or hybrid welding-fume extraction with suitable filtration, make-up air, commissioning and operator training.
Control powder, mist or vapour around precision spraying and microdosing without disturbing the dose, spray pattern or product flow.
Understand the different roles of capture velocity, duct transport velocity and filter media loading in industrial extraction.
Plan modular source capture, dedicated treatment circuits and controls for production lines that combine several industrial processes.
Understand fan duty, impeller and airstream considerations, pressure calculations, variable-speed control and commissioning.
Integrated dust, fume and vapor extraction systems for automotive metalworking, welding, painting and assembly operations.
How humidity, temperature, condensation, compressed-air quality and building pressure can change filtration performance across the year.
Plan extraction in documented expansion stages using modular branches, filtration capacity, controls and commissioning.
Improve extraction energy performance through close capture, efficient fans, demand control, maintenance and measured lifecycle results.
A practical overview of capture points, ducting, filtration, fans, material collection, make-up air and modern extraction controls.
Select conveyors, elevators and storage equipment from material properties, required capacity, automation and lifecycle needs.
Industrial ventilation and filtration solutions for controlling dust, vapors and airborne contaminants in construction-related operations.
Coordinate booth airflow, overspray filtration, make-up air, pressure, heating and controls for stable industrial painting.
Control welding fume, abrasive dust, paint overspray and vapours across changing shipbuilding and marine-repair work zones.
Contain sensitive powders through source capture, suitable filtration, room pressure, monitoring and documented maintenance.
How effective dust extraction protects workers, machinery and productivity in woodworking facilities.
Capture fibres, lint and fine textile dust with process-specific hoods, ducting, pre-separation, filtration and controls.
ALWO thanked customers, partners and colleagues for the work completed together in 2024 and looked ahead to 2025.
Coordinate welding fume, grinding dust, machining mist and paint-shop emissions across automotive production.
Integrate air filtration, paint-shop ventilation, material movement and production controls across automotive manufacturing.
Capture variable dust and light material at shredders, screens, sorters and conveyor transfer points in recycling facilities.
Industrial equipment for sanding, grinding, painting and finishing, with source capture, filtration, fans, ductwork and process controls.
An overview of ALWO equipment for source capture, industrial filtration, ductwork, fans, airflow control and process-specific air treatment.
A practical approach to wood dust, coating emissions, source capture, filtration and maintenance for cleaner air in furniture manufacturing.
An archive of ALWO participation at BIFE-SIM 2024 and the woodworking extraction and finishing concepts presented.
Clean industrial air depends on lifecycle maintenance: inspect capture points, filters, ductwork, fans, controls and safety systems.
How to identify industrial pollutants and choose a coordinated source-capture, filtration, air-balance and maintenance strategy.
Follow the complete industrial air path from source capture and duct transport to separation, filtration, fans, controls and maintenance.
Integrate blasting, abrasive recovery, sanding capture, paint filtration, make-up air and automated material movement.
Control dust, fume, mist, overspray and vapours through source capture, suitable treatment and verified maintenance.
Coordinate source capture, filtration, make-up air and conveyors for variable recycling streams.
Archived announcement of ALWO participation at Romtherm and Metal Show & TIB 2024 at Romexpo.
Coordinate extraction walls, paint-shop enclosures, sanding benches, air handling, process heat and conveyors.
A complete industrial extraction project from source assessment and engineering to commissioning and instruction.
An archived ALWO message thanking customers, partners and colleagues for their collaboration throughout 2023.
Coordinate tower filters, air-handling units, heat recovery and ductwork for controlled industrial ventilation.
Ten practical reasons to capture industrial dust, fume, mist and vapour close to the process.
Archived announcement of ALWO participation at BIFE-SIM 2023 and the woodworking extraction topics discussed.
How quality, environmental and occupational-safety management principles support ALWO industrial-air projects.
Control industrial emissions at source to protect people, production and the surrounding environment.
Coordinate local extraction, ventilation, air handling and measurable maintenance for better industrial air quality.
Updated 2026 overview of the EU CBAM definitive regime and its distinction from industrial air-control projects.
Engineered air-handling units, cartridge filters and centrifugal fans for complete industrial-air systems.
Archived policy context on the 2022 European Commission proposal and the revised EU air-quality framework.
Select activated carbon, scrubbers, screw conveyors and extraction equipment from verified process data.
Coordinate air-handling units, activated carbon, tower filters and local extraction for cleaner industrial air.
Control oil mist, abrasive dust, fume and corrosive contaminants using process-specific filtration and scrubbing.
The EU zero-pollution vision, its 2030 milestones and the role of measurable industrial emission controls.
Coordinate machine capture, finishing extraction, filters, silos and safe material discharge in woodworking plants.
Process-specific filtration for welding, machining, sanding, composites and paint-shop operations in automotive plants.
In-house laser cutting, press-brake bending, welding, powder coating, engineering and decorative metal panels.
A transparent five-stage workflow from consulting and engineering to installation, commissioning and instruction.
How compressed-air pulses clean industrial bag and cartridge filters while maintaining controlled airflow.
Archived announcement of the expanded alwo.ro website, equipment portfolio, services and industrial sectors.
with extensive expertise
ISO 9001:2016
since 1999
