Products Our motto "Technology for Environmental Protection" has long been an inherent part of our product development philosophy and product range. We strive to improve the environment, to make processes which work with greater environmental compatibility and to avoid putting a strain on the environment. We offer you a multitude of innovative solutions, new products and smart concepts. More Informations Industries & Topics Industries & Topics Overview Fuel oil components Fuel oil components Overview Fast and clean oil filter change Avoiding fungal attacks in biofuel More performance with the sintered plastic sieve AFRISO Smart Home AFRISO Smart Home Overview Gateway HG 02 Products Products Overview AFRISOhome App Alexa Smart home applications Smart home applications Overview Leakage security Security Stand-alone applications Stand-alone applications Overview Getting started with AFRIShome Smart Home Craft 4.0 Craft 4.0 Overview OEM-Manifold systems Hydraulic Balancing Hydraulic Balancing Overview VarioQ Vario-DP Tank conversion Hygienic processes AFRISO Smart Home AFRISO Smart Home offers innovative solutions for intelligent home automation. With modern sensors and actuators, you can easily and conveniently control your home. More Informations Service-Center Service-Center Overview Service Contact persons Data exchange formats Catalogs Service-Center Flexible, cost-aware, on schedule, solution-oriented and fast – the AFRISO team always provides the decisive added value. More Informations Training & Events Training & Events Overview Exhibitions Exhibitions Overview SHK+E 2026, Essen IFH Intherm 2026, Nuremberg GET Nord 2026, Hamburg Search ... Transformation concept Use of waste heat Use of waste heat In February 2025, in cooperation with ONI Wärmetrafo GmbH, we defined further important steps towards optimising the heating systems and a climate-neutral heating concept for the 2033 climate neutrality project. The effective use of waste heat from the plastics injection moulding shop in all production halls for heating support will serve as the basis for the measures to be taken. Optimisation of heating distribution systemsIn order to transport the new waste heat volume, the existing heat recovery pump from 2006 is to be replaced with a powerful, frequency-controlled pump. In addition, larger pipelines (DN 200) are required for a more efficient heat distribution. Finally, new ventilation units with Modbus-compatible balancing valves will be used for automatic hydraulic balancing in order to optimally match the supplied heat to the heat demand of the individual halls and rooms.Already implemented:Replacement of the outdated heat recovery pump (year of manufacture 2006) with a frequency-controlled, more powerful pumpFeed-in of up to 450 kW of waste heat (peak) in the existing heating concept – corresponds to approx. 40 % of the planned future areaFuture-oriented heating conceptAs the project progresses, a concept will be developed that provides for covering the heat demand without fossil fuels. The main focus will be on heat pumps that use energy from the air or water. As water-source heat pumps have a higher efficiency, we will initially check whether permits for geothermal probes or well drilling can be obtained. In addition, we will investigate into the possibility of integrating other economically viable waste heat potentials (e.g. compressor waste heat) into the new heating system. Another option to be examined is whether the surplus waste heat from the injection moulding machines can be stored underground during the summer or supplied to the town of Güglingen to help heat the outdoor swimming pool. Feeding the heat into the planned local heating network is also conceivable – this will be investigated as part of the municipal heat plan. Such measures could significantly reduce the electricity and water consumption of machine cooling systems.Next steps:Trial drilling to calculate possible heat extraction rates and planning of the geothermal probesReplacement of existing fans in the assembly halls with more powerful units. This measure is also intended to minimise the feeling of draughts above the workstations.Installation of further new ventilation units in the prefabrication, goods receiving, and tool and equipment design and construction departments.
AFRISO Smart Home AFRISO Smart Home offers innovative solutions for intelligent home automation. With modern sensors and actuators, you can easily and conveniently control your home. More Informations Service-Center Service-Center Overview Service Contact persons Data exchange formats Catalogs Service-Center Flexible, cost-aware, on schedule, solution-oriented and fast – the AFRISO team always provides the decisive added value. More Informations Training & Events Training & Events Overview Exhibitions Exhibitions Overview SHK+E 2026, Essen IFH Intherm 2026, Nuremberg GET Nord 2026, Hamburg Search
Service-Center Flexible, cost-aware, on schedule, solution-oriented and fast – the AFRISO team always provides the decisive added value. More Informations Training & Events Training & Events Overview Exhibitions Exhibitions Overview SHK+E 2026, Essen IFH Intherm 2026, Nuremberg GET Nord 2026, Hamburg Search
Use of waste heat In February 2025, in cooperation with ONI Wärmetrafo GmbH, we defined further important steps towards optimising the heating systems and a climate-neutral heating concept for the 2033 climate neutrality project. The effective use of waste heat from the plastics injection moulding shop in all production halls for heating support will serve as the basis for the measures to be taken. Optimisation of heating distribution systemsIn order to transport the new waste heat volume, the existing heat recovery pump from 2006 is to be replaced with a powerful, frequency-controlled pump. In addition, larger pipelines (DN 200) are required for a more efficient heat distribution. Finally, new ventilation units with Modbus-compatible balancing valves will be used for automatic hydraulic balancing in order to optimally match the supplied heat to the heat demand of the individual halls and rooms.Already implemented:Replacement of the outdated heat recovery pump (year of manufacture 2006) with a frequency-controlled, more powerful pumpFeed-in of up to 450 kW of waste heat (peak) in the existing heating concept – corresponds to approx. 40 % of the planned future areaFuture-oriented heating conceptAs the project progresses, a concept will be developed that provides for covering the heat demand without fossil fuels. The main focus will be on heat pumps that use energy from the air or water. As water-source heat pumps have a higher efficiency, we will initially check whether permits for geothermal probes or well drilling can be obtained. In addition, we will investigate into the possibility of integrating other economically viable waste heat potentials (e.g. compressor waste heat) into the new heating system. Another option to be examined is whether the surplus waste heat from the injection moulding machines can be stored underground during the summer or supplied to the town of Güglingen to help heat the outdoor swimming pool. Feeding the heat into the planned local heating network is also conceivable – this will be investigated as part of the municipal heat plan. Such measures could significantly reduce the electricity and water consumption of machine cooling systems.Next steps:Trial drilling to calculate possible heat extraction rates and planning of the geothermal probesReplacement of existing fans in the assembly halls with more powerful units. This measure is also intended to minimise the feeling of draughts above the workstations.Installation of further new ventilation units in the prefabrication, goods receiving, and tool and equipment design and construction departments.
