This shift means moving from an individual boiler to a system with various components that must meet quality requirements and European regulations. Kiwa makes this tangible. As one of Europe’s largest testing and certification organizations, we have our own advanced test lab for testing and certifying all aspects related to heat pumps.
Legislation regarding boilers and heat pumps is evolving. Achieving goals for the sustainability of homes and other buildings is highly dependent on this.
The demand for certified (hybrid) heat pumps and certified professionals is expected to increase significantly in the coming years. Additionally, testing and inspecting the safety, quality, performance and noise level of heat pumps remain essential, now and in the future.
The energy performance of a heat pump can be determined according to the NTA 8800, which is based on the European standards EN 16147 and EN 14825/EN 14511. The efficiency of the heat pump will be expressed in terms of the coefficient of performance (COP).
Kiwa is an Empowered Certification Body and Recognized Test Center for Heat Pump KEYMARK. This means Kiwa’s heat pump experts can test equipment and components against applicable standards and provide manufacturers with the HP KEYMARK certificate.
Heat pumps intended for the EU market must comply with the requirements of the applicable European legislation and regulations. One of these requirements concerns the sound power, which is assessed based on the standard EN 12102-1 and -2.
Pressure Equipment Directive Quality certification with Kiwa: prove the safety and conformity of your pressure equipment, be ready for ISO 9001 and be competitive in the European market.
Water boards treat vast amounts of wastewater daily, leaving behind sewage sludge. This sludge presents an opportunity to contribute to the energy transition by digesting it into biogas, which can then be upgraded to green gas. By doing so, water boards can make their energy supply more sustainable and play a circular role in the energy market.
Waste processors play a key role in the circular economy. By converting organic waste into green gas, you can contribute to the energy transition while making your operations more sustainable. Additionally, green gas provides an extra revenue stream and helps optimize the use of residual waste.
Green gas is playing an increasingly important role in the Dutch energy transition. The government is actively promoting a mix of renewable energy sources, including wind, solar and green gas. The goal is to produce two billion cubic meters (BCM) of green gas annually in the Netherlands from 2030 onwards. Let’s dive deeper into the trends, developments, and opportunities.
Converting manure into green gas can help address manure surpluses, reduce methane and nitrogen emissions and generate an additional source of income. But how does this work in practice?
