The efficiency of the Zantingh flue gas condensers is so high, that we can guarantee a return on investment of under a year (depending on the exact operational conditions). These flue gas condensers are the only condensers for which the water side components are all made of stainless steel. The high-quality flue gas condensers are high efficiency compact segment condensers with a large heated surface.

Whatever you grow in the greenhouse, our FormFlex® growing gutters are there for any crop. Worldwide, these cultivation gutter models are the standard. But they are far from standard. Because each growing trough is fully customizable to fit your specific crop and conditions. On site, anywhere in the world We produce cultivation gutters at any length. This way, we keep the number of links to a minimum. Because we have mobile profiling machines, we profile cultivation gutters at your location. Directly in the right place, anywhere in the world.

Often Verkade Beton is at the start of a construction project: as supplier of the foundation. We are then literally a supplier which you can build on. Based on the specifications we can create a perfect floor. Our power lies in the experience we have gathers with many concepts in concrete foundations. From several formworks to specialised ways of economically pouring concrete.

FRAVEBOT Scout is an autonomous greenhouse robot designed to give growers continuous insight into their crop. It performs plant health and disease detection, identifies pest pressure, and tracks fruit counting and ripeness recognition, helping growers understand both crop condition and production progress in real time. Scout is developed specifically for high-wire crops and is ready to be launched in tomato, cucumber, and pepper production. By moving through the greenhouse daily, it replaces occasional manual scouting with systematic, repeatable data collection. The robot scans the crop row by row, creating a complete and objective overview of the greenhouse rather than isolated observations. This enables earlier problem detection, more targeted crop protection, and reliable yield forecasting based on actual fruit load and development. All collected data is transferred wirelessly and made available in real time through FRAVE Cloud, where growers can view clear dashboards showing crop status, pest and disease levels, fruit counts, and ripening stages. Data can also be integrated into existing farm management systems via API connections, allowing Scout to fit seamlessly into current workflows. To operate at scale, FRAVEBOT Scout uses fully autonomous RTK-guided navigation, independently changing rows and covering up to 5 hectares per day. This enables frequent monitoring of large greenhouse areas without increasing labour demand. Equipped with industry-certified safety features, Scout is designed to work safely alongside people and greenhouse infrastructure in everyday operations. Once deployed, it becomes a permanent digital layer in the greenhouse, continuously collecting data in the background. FRAVEBOT Scout supports growers in moving from manual observations to data-driven crop management, helping achieve healthier crops, more efficient labour use, and more predictable production.

FRAVEye is a smart IoT device designed for automated pest monitoring in greenhouses, replacing manual sticky card scouting with continuous, high-resolution data collection. It provides growers with reliable, objective insight into pest pressure while significantly reducing labour and response time. FRAVEye captures daily images of sticky cards using a 12-Mpx high-resolution camera and applies AI models to detect and quantify key greenhouse pests, including whitefly, thrips, aphids, leaf miner, and other common insect pests. Detection results are available in near real time, enabling earlier intervention and more precise integrated pest management (IPM). The system is designed as a scalable solution. A typical deployment starts at 16 devices per hectare and can be expanded based on greenhouse layout, crop density, and monitoring requirements. This flexibility allows growers to adapt the system to both small compartments and large commercial operations. FRAVEye is built for easy plug-and-play installation. Each device features a magnetic mounting system, allowing fast, tool-free installation on greenhouse structures. Devices are wireless and powered by an integrated solar panel, eliminating the need for cabling or frequent battery replacement and enabling flexible placement throughout the greenhouse. All collected data is transmitted wirelessly and made accessible through FRAVE Cloud, FRAVEBOT’s data platform, where users can view intuitive dashboards showing pest counts, trends, and hotspots. For operations using other digital tools, FRAVEye also supports API integration, allowing pest data to be connected directly to existing greenhouse management or analytics systems. FRAVEye transforms pest monitoring from a manual, periodic task into a continuous, data-driven process. By combining high-resolution imaging, scalable deployment, simple installation, and AI-based analysis, it enables faster decisions, lower labour input, and more targeted crop protection strategies.

Brabant Plant is a plant propagator specialized in growing young fruit vegetable plants, like various types of tomatoes, bell/sweet peppers, cucumbers and egg plants.

BelOrta provides delicious fruit vegetables, grown by dedicated local farmers who guarantee top quality.

With a closed water storage system, external influences on water quality are minimised. In addition to the GenaFlexstore® for water silos, Genap also offers a fully closed water reservoir. In countries with more extreme temperatures, a fully closed water storage system is often preferred for storing irrigation water. This minimises external influences on water quality, providing an optimal solution against algae growth or contamination from blowing sand or other debris. Rainwater landing on the floating cover does not make contact with the stored water, while floaters and ventilation openings in the cover facilitate necessary air circulation. Genap has a proven track record in supplying and installing fully closed reservoirs, especially for irrigation and drinking water purposes in equatorial countries. The choice of the right material depends on the geographic location, the composition of the water, and its intended use. A fully closed water reservoir is comprised of a combination of a liner and a floating cover, both of which are anchored at the crest of the reservoir. As standard, the floating cover is made of a reinforced membrane, equipped with additional buoyancy and ventilation units to allow any trapped air/gas to escape. The type of material best suited for use depends on the location and application of the water. In locations with higher temperatures, we generally recommend a reinforced type of geomembrane with high UV resistance.

Powerful performance due to good resistance. Garpo can count on an exceptional resistance package. Growing cucumbers with extra security!

Output: 3,333 kWel to 4,500 kWel - Runs on all gas types: natural gas, landfill gas, sewage gas, mine gas, coke oven gas, biogas - High reliability - Low operating and maintenance costs - Also available with fast ramp-up option (full load within 5 minutes)

Output: 400 kWel - 1,000 kWel - Optimum efficiency: electrical efficiency up to 43 percent - Low gas consumption, flexible use of fuel, suitable for all gas types including hydrogen admixtures of up to 25 vol% - Greatly reduced installation and operating costs - Fully digitized power plant control - Low maintenance costs due to longer maintenance intervals of up to 80,000 hours until general overhaul

Output: 1,380 – 2,300 kWel - Electrical efficiency of up to 45 percent (natural gas) and 43.6 percent (biogas) - All types of gases, designed for natural gas operation with hydrogen admixture of up to 25 vol% - High reliability and efficiency - Low maintenance costs thanks to long service intervals of up to 80,000 hours until general overhaul

Output: 2,500 kWel - Excellent electrical efficiency of up to 46 percent at optimal CHP output - Full power in under five minutes and maximum load step performance of 60 percent - New TCS control system available in various configurations - Location-independent 24/7 digital plant monitoring - High fuel flexibility, designed for natural gas, propane gas, hydrogen blends, and other types of gas - Currently available as 50-Hz variant (60-Hz variant will be available in 2026)

Since its establishment in 1960, Thermeta Service BV has produced burner systems for greenhouse farming, industry and utility. The core of this delivery programme is the LN-series (Low NOX) burner. The Thermeta LN-series burner is extremely flexible for use of various fuels and combinations of fuels burnt separately or even simultaneously. This allows delivery of burners for (bio) gas, (bio) oil, heavy oil or gas + oil simultaneously. This makes the Thermeta burner financially interesting and you can directly capitalize on developments in the energy market or temporary gas shortages. The flexibility of application of fuels or combinations of fuels is obtained by the unique design of the Thermeta Service BV burners, which allows for mounting and delivering these types in the same housings. The burners are delivered in a capacity range from 582 kW to 14.000 kW.

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