Heat pumps find several applications in the industrial sector including water heating, space heating, and waste heat recovery to convert into more useful temperatures. Ongoing regulatory measures toward energy optimization across industrial premises will increase the equipment demand substantially.

The heat pump markets are currently growing at a steady pace, but in many countries, however, is focused mainly on residential heat pumps for space heating and domestic hot water. While the residential market may be satisfied with standardised products and installations, most industrial heat pump applications need to be adapted to unique con-

Solar, geothermal, or biomass sources can provide heat to support industrial processes that serve water- or air-heating end uses. As described above, more than half of industrial heating is met through temperatures below 750°F, and some industries (agriculture, cooking) have much lower temperature needs. Many renewable heating resources can

A high temperature cascade heat pump (HTCHP) system using low-grade heat from waste water to generate steam for industrial processes is studied from the thermodynamic and economic view. The effects of intermediate temperature, heat source temperature, heat sink temperature, working fluids, and the pinch point temperature difference at the evaporator, condenser, and intermediate heat exchanger

Large-scale Industrial Heat Pumps, Proven high and low temperature heat pumps for up to 150°C and 70 MWth, Heat pumps are an efficient and cost-effective solution for the generation of heat and cold. They lift the temperature by absor thermal energy from an existing low-temperature heat source and releasing it to a warmer space.

Industrial heat pumps are a key technology for decarbonising process heat. Efficient replacements for traditional boilers, heat pumps also utilise heat recovery and with a thermal battery can significantly reduce energy consumption, smooth out peak demand and enable demand response participation.

Heat pumps with storage systems to avoid overloading the grid. Although heat pumps are being positioned as the technological solution to combat climate change, at the same time, connecting 1.8 billion heat pumps could jeopardize the stability of the grid and lead to electricity saturation, especially in the most isolated urban areas.. This is why new technological strategies are being

Heat pumps are an important technology in the context of successful decarbonization of the heat supply for businesses and communities. Instead of burning fuel for heating and cooling purposes, heat pumps make efficient use of manifold heat sources such as: lakes, rivers, sea, waste water, industrial waste heat, geothermal or ambient air.

Industrial Heat Pumps An industrial heat pump is similar to business life: efficiency, reliability, consistency and flexibility determine the success. Fact is, the Heliotherm powerful industrial

In addition to providing customized industrial refrigeration solutions, GEA optimizes processing-related water and energy resources to prevent waste heat from being lost to the atmosphere. This saves energy for our customers and reduces their carbon footprint. Our customized heat pumps will: Minimize energy consumption Reduce operational costs

Industrial Heat Pumps. 600kW Air Source Heat Pump. 500kW Air Source Heat Pump. 400kW Air Source Heat Pump. 300kW Air Source Heat Pump. 250kW Air Source Heat Pump. 200kW Air Source Heat Pump. 150kW Air Source Heat Pump. 100kw air source heat pump. 90kW Air Source Heat Pump. 1 2 > Product Categories.