Development and optimisation of ecological production technology for the production of bedding and balcony plants, early spring plants and autumn plants under cover in environmentally friendly substrates produced on the basis of waste materials of wood origin
Description
Environmentally friendly horticultural substrates
Sector
A1.1Growing of non-perennial crops
Needs/ Problem statement
As the awareness of consumers grows regarding the production process, there is an increasing need for being surrounded by ecological products which are as much environmentally friendly as possible. The project research aims to develop an environmentally friendly technology for the production of potted bed and balcony plants with the use of substrates with reduced peat content or peat-free substrates enriched with a biostimulant (in the form of dried and ground waste mushroom fraction: stems and non-normative fruiting bodies), which will reduce the amount of peat used for cultivation, contributing to environmental protection.
Objective
here will be an environmentally friendly technology developed for the production of bed and balcony plants with the use of a mushroom biostimulant (stems and non-normative fruiting bodies). The use of dried waste from mushroom production as a source of nutrients and plant stress reliever will help to stimulate the growth and development of the cultivated plants. This additive will be used for the first time in the plant production technology in the soil-free cultivation.
Bioeconomy fields
Crop residues and perennial plantsx
Designer crops for optimised biomass contentnull
Algae biomassnull
Waste or recycled materialnull
Microbial assisted processingnull
Biorefineries null
Feedstock
Biomass residues
Outcomes and final product
The technology developed in the project will enable the partial replacement of high peat, which is used as standard in growing substrates in soil-free plant production technology, with waste wood components.
Mobility
Static
Value chains
1
2
3
3 - High potential - Significant arisings of feedstocks available currently.
C Sink
1
2
3
3 - High potential - strong potential for carbon sequestration at the feedstock and product level).
Intended user
null
Complexity of the process
1
2
3
null
Final user
Farmernull
Foresternull
Researchernull
Advisornull
NGOnull
Training organizationnull
Processor or retailernull
Consumerx
Public Authority + LAGnull
Othernull
Economic sustainability
1
2
3
2 - Medium potential - Expected to bring 2 or 1 economic benefits.
Social sustainability
1
2
3
3 - High potential - Expected to bring at least 3 significant social benefits.
Environmental sustainability
1
2
3
3 - High potential - Expected to bring at least 3 significant environmental benefits.