TECHNOLOGY TRANSFER

KNOW-HOW TRANSFER

TECHNOLOGY
IMPLEMENTATION
TO LOCAL
ENVIRONMENT

From Canada to Nigeria, NISIO Group Hungary’s connection system networks the world.

Wherever in the world your company is, we will find the most suitable solution for you and taking into account your CSR goals. NISIO Group Hungary considers its vocation to carry out projects that make the world around us better. Responsible thinking and actions at all levels combined with proper know-how characterizes our activity from the very beginning.

We hope our next similar project will be yours, for a sustainable future!

INNOVATION
TRANSFER

Every invention holds opportunities that can make the world a better place.

NISIO Group Hungary is determined to embrace new solutions in technology. Innovations need strategic support to enter the market and develop their own business. And here we come into the picture to make big dreams come true, even in another part of the world.

G-Bubbles

Foam gravel from waste glass

With a unique technology, foam gravels with advantageous physical properties can be produced from waste glass to substitute conventional gravel in concrete.  The usage of recycled lightweight aggregates has a considerable environmental advantage.

The physical properties of lightweight concrete with G-Bubbles can be set in a wide range. Concrete is pumpable, the whole structure becomes cheaper. Net weight is reduced by 20%, the thermal and noise insulation capacity is increased by 84% and 18% compared to conventional concrete.

Apart from concrete aggregate, there are other utilization possibilities of foam gravels. Due to the sound-absorbing properties, they can be used to prepare sound barrier walls. Thanks to their good thermal insulation capacity, they are particularly suitable for underfloor heating or facade insulation.

G-Bubbles

Foam gravel from waste glass

With a unique technology, foam gravels with advantageous physical properties can be produced from waste glass to substitute conventional gravel in concrete.  The usage of recycled lightweight aggregates has a considerable environmental advantage.

The physical properties of lightweight concrete with G-Bubbles can be set in a wide range. Concrete is pumpable, the whole structure becomes cheaper. Net weight is reduced by 20%, the thermal and noise insulation capacity is increased by 84% and 18% compared to conventional concrete.

Apart from concrete aggregate, there are other utilization possibilities of foam gravels. Due to the sound-absorbing properties, they can be used to prepare sound barrier walls. Thanks to their good thermal insulation capacity, they are particularly suitable for underfloor heating or facade insulation.

PPPP

Plastic Pyrolysis Power Plant

Plastic waste is a global problem. The natural degradation of plastics can be more than 500 years. Deposal is not effective in the long term and waste mountains are sources of infection. Despite the regulations, waste incineration can still be very harmful to the environment.

As a solution, plastic pyrolysis technology is available, which produces valuable energy sources from waste. The unique implementation of this technology is the result of 13 years of development. The process is closed, it does not have any harmful emissions. The products of the technology are 70% oil, 20% gas and 10% of coal. All of these can be stored and utilized directly or after some refinement as fuel for engines or forges.

The technology does not require external energy input, it can cover its own consumption from pyrolysis products. This feature makes PPPP suitable for island mode operation in rural areas.

PPPP

Plastic Pyrolysis Power Plant

Plastic waste is a problem. The natural degradation of plastics can be more than 500 years. Deposal is not effective in the long term and waste mountains are sources of infection. Despite the regulations, waste incineration can still be very harmful to the environment.

As a solution, plastic pyrolysis technology is available, which produces valuable energy sources from waste. The unique implementation of this technology is the result of 13 years of development. The process is closed, it does not have any harmful emissions. The products of the technology are 70% oil, 20% gas and 10% of coal. All of these can be stored and utilized directly or after some refinement as fuel for engines or forges.

The technology does not require external energy input, it can cover its own consumption from pyrolysis products. This feature makes PPPP suitable for island mode operation in rural areas.

Incineration Power Plant

A known concept with new solutions

Accumulating waste is a striking phenomenon in both developing and developed countries. To address this, there are proven technologies in many parts of the world that need to meet ever-changing environmental requirements and increasing amounts of waste. For this reason, continuous technological developments are needed.

With 13 years of operation experience, a repetition of an existing incineration power plant can be established in a country in need. This plant meets all the EU requirements and applies the best available technology after a 6-year development and design period. It operates with a unique, closed burning system with low emissions. Based on the operating plant, the technology ensures high profitability and promotes environmental protection with 40-350 MW electricity capacity. One part of the incineration plant is a biogas plant which produces biogas from animal carcasses and other organic residues, thereby reducing biological hazards.

All the necessary knowledge, calculations, drawings are available for the highly efficient design, construction, permitting and operation of the incineration power plant.

Incineration Power Plant

A known concept with new solutions

Accumulating waste is a striking phenomenon in both developing and developed countries. To address this, there are proven technologies in many parts of the world that need to meet ever-changing environmental requirements and increasing amounts of waste. For this reason, continuous technological developments are needed.

With 13 years of operation experience, a repetition of an existing incineration power plant can be established in a country in need. This plant meets all the EU requirements and applies the best available technology after a 6-year development and design period. It operates with a unique, closed burning system with low emissions. Based on the operating plant, the technology ensures high profitability and promotes environmental protection with 40-350 MW electricity capacity. One part of the incineration plant is a biogas plant which produces biogas from animal carcasses and other organic residues, thereby reducing biological hazards.

All the necessary knowledge, calculations, drawings are available for the highly efficient design, construction, permitting and operation of the incineration power plant.