As energy prices skyrocket and the environmental issues become more frequently debated, interest in energy-efficient buildings has increased sharply in the past decade. Because of this, the interest to achieve high air tightness in building Envelopes have once again awakened, due to a good air tightness contributes to lower energy consumption in several ways and to a healthier indoor environment.As the regulations for energy consumption and controls of achieved air tightness has tightened considerably in recent years, the work regarding sheets for air tightness changed significantly for construction contractors. This thesis includes a study that aims to detect what kind of manuals, recommendations or instructions contractors working according, and how a number of randomly selected construction companies in Halland, Sweden, are dealing with the matter of high air tightness of the building Envelopes. The study also includes a knowledge inventory of supervisors, site managers and skilled workers, and what their opinions and attitudes are like towards work regarding the sheets of air tightness. The results have been compared with a similar survey dated to 2004, conducted by the SP Technical Research Institute of Sweden in collaboration with Chalmers University of Technology.

This degree project has been done in parallel to the advertising agency Hera in Uppsala, and containsthe creating of a logotype and graphic profile for Aircall, a new big chain of shops dealing with telecommunication.Aircall was found 1 February 2004, when three smaller companies became one. Thisnew company were in need of a common brand and a uniform profile. The created graphic profile hasbeen applied to visiting cards, letterhead, Envelopes, letter cards, bags, cars and advertisement. Thegraphic profile has also been used when designing the shop interior end exterior. Research has beendone on competitors graphic profiles and advertisement.

Every year new premises are built in Sweden, and even if they are made as energy efficient as possible, this will not reduce the energy demands, but the rate of the increase of the energy use will be reduced. One type of facility in Sweden that is a major energy user is public baths, and this makes public baths an interesting facility to study more closely. There are around 500 public baths in Sweden and about 75 % of those can be seen as older baths with large need of renovation, and they all require a high level of energy efficiency measures. To show how the energy demand increase or decrease depending on the changes chosen to be made, the simulation application IDA Indoor Climate and Energy was used. Simulations were made and compared for several cases, with two extreme cases as starting points.

This paper presents the creation of a strengthening visual profile for StretchFlex UF. The project consists of an external as well as an internal part. The external part is on the order of the company StretchFlex. The company is created under the education concept by the name of Ung Företagsverksamhet (Young Entrepreneurship) and has passed on to the Swedish Championships in Young Entrepreneurship at the Stockholm International Fairs. Of that we have been commissioned to develop an updated logotype for the company, for the current does not keep proper quality according to the client.

Material- och energiåtervinning är två sätt att ta hand om avfall. Materialåtervinning av papper är generellt det sätt som ger upphov till lägst ackumulerade utsläpp av koldioxid. Kuvert är en pappersprodukt som idag saknar producentansvar och branschen för returpapper anser inte att kuvert skall materialåtervinnas i och med att kuvert innehåller substanser som kan ge upphov till stickies. Ett argument som används mot materialåtervinning av kuvert är att problem orsakade av stickies medför ökade kostnader för företagen som tillverkar papper från returpapper. På den svenska marknaden finns det kuvert som, när de processeras i pappersbruken, inte ger upphov till stickies, nämligen svanenmärkta kuvert.

A study to optimize insulation thickness for stock-, industrial- and office-buildings for external walls and roof in an economical perspective has been conducted on behalf of DynaMate. DynaMate?s role is to maintain all Scania?s buildings. Analysis has also included other parts of the building envelope, such as windows, exterior doors and industrial doors. In this thesis, three different types of exterior wall constructions has been investigated, these are a sandwich design consisting of sheet metal and a another one consisting of concrete, as well as a wall of concrete with a coating of plasters.