Sandviksverket in Växjo is a combined power and heating plant, producing heat to the city’s district heating system and power to the electricity market
Supply of green energy to the city of Växjö

The plant is 98 percent fuelled with bark, shavings, wood chips and a small amount peat. Consequently its energy production has very little environmental impact. In fact emissions of carbon dioxide are reduced by 249,000 metric tons annually by leaving out the fossil fuels.

Högdalenverket is one of Europe’s most modern facilities for extracting energy from waste, producing electricity and heat from Stockholm’s combustible household waste and industry waste. This makes Högdalenverket an important component in the district heating network of southern Stockholm. The waste-fired Högdalenverket is one of Stockholm’s largest combined heat and power plants, providing environmentally friendly heat and electricity to large parts of southern Stockholm.

CHP plant produces district heating for Kalmar city and suburbs as well as renewable electricity equivalent to 1/3 of Kalmar's electricity needs. The plant is fed with biomass from the forest in the form of wood chips, bark and residues from forestry and wood industries as well as a small amount of peat. CHP plant produces district heating for Kalmar city and suburbs as well as renewable electricity equivalent to 1/3 of Kalmar's electricity needs.

CHP (Combined Heat and Power) units produce simultaneously heat and power from fuel gas, resulting in higher efficiency compared with separate provision of heat and power.
Micro Cogeneration CHP units in a wide range of small-scale applications both in public and private sectors, including schools, restaurants, nursing homes, health centers, offices, hotels and leisure centers, with a typical electrical power demand below 35 kW.
Efficiency is especially high in colder regions due to high demand for waste heat for heating or hot water supply.

General description: Landfill-gas and bio-gas utilization for electricity production and cogeneration Function of the product(s): Main contractor (EPC): unique consulting engineering. Turn key projects services.

Background: Currently hydrogen production is mainly based on steam reforming of methane gas or gasification of coal. These hydrogen production processes require methane or other fossil fuels as feedstock create unwanted carbon dioxide as a process by-product and require the use of capital and energy intensive separation unit operations to purify the hydrogen from undesirable by-products such as carbon monoxide and carbon dioxide. Extensive research has been done on identifying reactions that decompose water rather than carbon based fuels.

Researchers at Purdue University have developed a cogeneration system that generates electricity from both solar energy and heat at a high efficiency up to 51 percent. It first splits the solar spectrum into two wavelength ranges high and low energy photons and then converts the high energy photons directly into electricity using photovoltaic cells capturing the low energy photons as heat using a reflecting selective solar absorber. The heat is then converted to electricity through a thermoelectric generator high-temperature heat exchanger and mechanical engine.

Elsol is a solar company specializing in designing and marketing solar thermal systems cogeneration and energy saving products. The company manufactures solar hot water heaters solar flat plate collectors. Our solar and electric water tanks are manufactured by Rand energy systems Ltd. Rand’s solar and electric water tanks are available in a variety of volumes from 30 to 300 liters. Water tanks are obtainable in vertical or horizontal versions.

The project shall establish a dredging complex on the shores of Lake Naivasha to mine the sediment and other debris on the bottom of the lake and convert the sediments into usable Biodeposit Agro and Biodeposit Elixir organic fertilizers. Escaping methane (CH4) shall be captured for cogeneration of up to 70 MW of clean energy. The project requires finance to construct a fertilizer industry in Kenya whose capacity would be about 180.00 tons per year for Biodeposit Agro fertilizer and 20.000 tons per year for Biodeposit Elixir fertilizer.