Intelligent Heating Systems
The public swimming pool in the municipality of Eslöv provides a perfect show-case of intelligent heating systems. The system consists of the multi-layered accumulator tank and the intelligent control system that facilitates the integration of a number of heat sources, such as solar heating, a pellet burner, or other sources.
The world’s premier research and innovation environment in Lund
MAX IV, a world-class giant microscope, will be completed in 2015, and ESS, the globe’s most powerful neutron source, will begin construction in 2014. These research laboratories will make it possible for scientists to study in-depth the building blocks of different materials. Together, the investments for these research facilities are equal to those for the Öresund Bridge.
Sustainable Housing in Lomma Harbour
In the early years of the new millennium, the municipality of Lomma with a population of some 20,000 people, embarked on a major project to expand and renew the central area around the small harbour and beach. The goal was to expand the population by 30 per cent, and at the same time remodel the central part of the municipality so that it would become more attractive to residents.
Aquifer Heating and Cooling
The heating and cooling system of the hospital in Kristianstad uses energy from an aquifer in order to heat the hospital in winter and cool it in summer. This is a unique clean energy solution that uses “free energy” in a creative way. The solution was developed by Region Skåne in cooperation with the company Malmberg Water.
Innovative Use of Heat-Pumps and Solar Panels
The housing company Karlskronahem has eliminated oil from its heating systems by installing a number of different types of heat-pumps in innovative ways. One installation involves the installation of air-to-water heat pumps in the attic of apartment buildings that supply heat down to an external temperature of five degrees. The air in the ventilation is recycled through the system for heat recovery. The company has also installed solar panels for electricity production in order to become more self sufficient in terms of energy.
Recycling Park, Kristianstad
The Kristianstad recycling park is one of the best examples of the Swedish system of waste management. The material and energy recycling rate is currently 97% and the goal is to reach 100% in the near future. By increasing the volume of material recycled, the amount of material deposited has been decreased by 40,000 tons.
Filborna Combined Heat- and Power Plant
The Filborna waste-to-energy plant is run by Öresundskraft, the municipality of Helsingborg’s wholly owned energy company. Commissioned in 2013 with a 70 MW boiler and an annual 160,000 tonnes RDF incineration limit, the plant is being upgraded to 250,000 tonnes pa. and a 90 MW boiler, producing steam for district heating and electricity.
Waste Management in Practice
In Malmö with its 300,000 inhabitants household waste is collected by the waste management company VA Syd. In the residential area of Augustenborg all fractions of waste are sorted in waste management houses close to residential buildings. In this area, substantial efforts have been made to simplify the sorting of waste and to inform residents about the need to sort waste and thereby participate in the pilot program.
Creating the Zero Energy Buildings of the Future
The new regional headquarters of Region Skåne is one of the most energy efficient buildings in Sweden. This represents one further step in the direction of energy efficiency – planning and constructing the energy efficient buildings of the future. Now the process to build a new center for forensic medicine in the city of Trelleborg has been started.
Sysav – Waste to resources in southern Sweden
Sysav (South Scania Waste Company) and Sysav Industri AB receives, recycles and treats waste from households and businesses in southern Skåne. The companies are owned by 14 municipalities with a joint population of around 700,000, and have approximately 6,000 companies as customers.