Stabilize RH windows for propagation, flowering, and post-harvest handling with precise dosing.
Reduce heat stress during peak radiation while maintaining air movement and crop safety.
Equipment imagery is illustrative: emberfog specifies nozzle type, filtration, pressure, and controls based on your water quality, crop, and facility geometry.
emberfog is a Wageningen based manufacturer and supplier of premium smart fogging and misting systems for agriculture and horticulture. We focus on practical engineering: stable droplet distribution, reliable water treatment and filtration, accurate sensing, and control strategies that match crop physiology and operational routines. Our team works closely with facility managers and crop specialists to translate goals into measurable setpoints such as relative humidity bands, leaf wetness limits, and cooling capacity.
The Wageningen region is a hub for horticultural innovation, and emberfog aligns system design with EU sustainability expectations, including water efficiency and responsible input application. We support integration with modern greenhouse controllers, remote monitoring dashboards, and data export for continuous improvement. If you are expanding propagation capacity, stabilizing a vertical farm climate, or reducing dust in livestock environments, emberfog provides an end-to-end path from concept to commissioning.
Local presence, EU delivery
Based in Wageningen, we support projects across the Netherlands and EU with on-site commissioning and structured remote support.
For greenhouse and open-area cooling, emberfog specifies pump capacity, stainless lines, and nozzle geometry to achieve fine droplets without oversaturation. Designs include staged zones, pressure relief safety, and serviceable filters suited to Dutch water profiles.
For propagation rooms and vertical farms, emberfog integrates ultrasonic modules with water quality management and airflow planning. The focus is uniform humidity without wet leaves, aligned with your sanitation requirements and operational rhythms.
emberfog controllers use sensor feedback and rule-based logic with optional AI-assisted recommendations. Strategies can incorporate radiation, VPD targets, and time-of-day patterns to reduce oscillation and keep climate within safe bands.
We design for efficiency: correct droplet size, duty cycles, and zoned application help reduce waste. emberfog also supports logging and reporting so you can compare water use against climate outcomes over time.
A clear specification, transparent commissioning checklist, and documentation suitable for facility maintenance teams. We do not promise universal outcomes because each crop and building is different, but we do commit to measurable design targets and a professional handover.
These example configurations show what emberfog commonly supplies. Final specifications depend on facility layout, water quality, climate targets, and the agronomic constraints of your crop. For pricing, we typically provide a quote after reviewing drawings and a short technical intake.
High-pressure fogging line designed for greenhouse bays and shade houses, specified for fine droplet distribution with serviceable filtration. Suitable for cooling and humidity stabilization when air movement and leaf wetness constraints are respected.
Ultrasonic misting module for propagation rooms and vertical farms. Designed to deliver stable humidity with low noise and controlled plume distribution, paired with water quality safeguards and easy maintenance access.
A service-friendly pump and filtration assembly for high-pressure systems. Built for predictable maintenance: accessible filter housings, pressure monitoring, and documented service intervals to reduce downtime during critical growing periods.
A selection of humidity, temperature, and optional leaf wetness or differential pressure sensors used to keep misting decisions grounded in real conditions. Helps reduce oscillation and provides structured logs for optimization.
A robust control panel for zones, schedules, and safety interlocks. Supports setpoint-based operation and optional remote monitoring. Designed to integrate with common greenhouse control ecosystems through defined interfaces.
For operations that use misting for foliar feeding or crop protection applications, emberfog can specify compatible dosing, mixing, and safety components. Use is subject to your agronomic plan, label instructions, and EU and local compliance requirements.
Send a brief description of your facility, target outcomes (cooling, RH regulation, dust suppression), and your current climate control setup. emberfog will respond with clarifying questions and a structured proposal path. We keep data requests minimal and only use your details to reply to your inquiry.
emberfog supports the full lifecycle of fogging and misting systems: concept design, engineering, installation, commissioning, and ongoing optimization. We work with your agronomy and operations teams to ensure the system does what it is intended to do, within the constraints of your building and crop requirements. Our approach is documentation-first so your team can maintain and operate the system with confidence.
If you need a single greenhouse bay upgrade or a multi-zone deployment, emberfog can deliver a clear scope and a practical timeline. Remote monitoring options are available for performance tracking and troubleshooting. Maintenance contracts focus on predictable service intervals, spare parts planning, and seasonal readiness checks to help reduce unplanned downtime.
Explore service packagesTechnical intake, drawings review, zone layout, nozzle selection, filtration planning, and control logic definitions. emberfog designs around measurable outcomes such as cooling capacity and RH stability, with explicit safety constraints.
On-site installation coordination, pressure testing, sensor validation, and commissioning documentation. We confirm that zones respond correctly and that alarms and interlocks are functional before handover.
Optional dashboards and service access for troubleshooting. Monitoring focuses on system health metrics (pressure, flow, filter status) and climate indicators (RH, temperature) to support data-driven improvements.
Adjust setpoints and schedules for spring ramp-up, summer heat periods, and winter humidity risks. emberfog helps you tune operation to reduce overshoot and keep humidity within crop-safe ranges.
Preventive maintenance checklists, spare parts planning, and service records. For applications involving crop inputs, we support documentation for training and audit readiness, aligned with your compliance obligations. emberfog does not replace agronomic advice; we provide the technical framework to apply your chosen strategy safely.
The quotes below are illustrative placeholders to show layout only. emberfog does not publish customer statements without explicit permission and clear attribution.
“We improved climate stability during warm afternoons and reduced manual intervention. The commissioning checklist and documentation made it easier for our team to operate the system consistently.”
“The system layout was clean and serviceable. We appreciated the focus on filtration, sensor placement, and realistic operating limits rather than vague promises.”
“Remote monitoring helped us spot filter issues early. Seasonal setpoint adjustments were practical and aligned with how our facility actually runs day to day.”
Tell emberfog what you are trying to achieve and we will respond with practical next steps. We only ask for information that helps us understand your facility and scope. Your details are used to answer your inquiry and to follow up about your request. You can ask for deletion at any time as described in our Privacy page.
Address
Droevendaalsesteeg 1, 6708 PB Wageningen, Netherlands
Phone
+31 317 490 100Map
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Provide what you know today. If you do not have exact numbers, estimates are fine. emberfog will reply with clarifying questions and a recommended next step.
Call emberfog during business hours (CET) for a short intake. If email is easier, send drawings or a simple sketch and we will respond with a proposed scope.
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