A new undertaking which aims to provide UK farmers and growers with a sustainable , environmentally friendly nutrient direction solution is afoot follow a partnership between industry expert . The project , call ' Biofilm Biofertiliser ' , will develop a fresh multi - species biofilm - based biofertiliser Cartesian product that reduces the use of semisynthetic plant food by 40 - 50 % .
By utilizing a singular consortium of UK autochthonal biofilm - shape plant growth - advertise bacterium ( PGPB ) , which is orient to UK soil , it will improve soil tone and works / crop health , resulting in 20 - 30 % higher yields . conceptualization types let in urine - dispersible granules ( WDG ) and encapsulated options , which place to improve nutrient handiness , raise soil health and further a unchanging biofilm with a targeted minimal ledge sprightliness of up to 24 months .
As part of this project , three UK farmers and growers in agriculture and horticulture will be furnish with a nutrient management solution which offers a low - cost alternative to synthetical fertiliser , improved soil and works health , increased crop yields by 20 - 30 % and a reduced nutrient discharge - off .
to boot , the innovative biofilm - base biofertiliser will be bring forth and construct in the UK , reducing trust on imports from worldwide provider . Farmers and cultivator are face the challenge of reducing synthetic fertiliser utilization as need by law / regulation whilst increase food yield using more sustainable , organic farming methods to meet an ever - rising global demand .
Potential impactBionema ’s technology hop to benefit farmers and agriculturalist by improving soil quality , plant health and return , thus integrating seamlessly into existing farming recitation and lead to more sustainable husbandry , greater resilience and higher gain . There are many economical benefits , including generating employment and revenue from new product formulations , lay down global partnerships and increase export opportunities whilst establishing the UK as a drawing card in biocontrol technology .
Farmers and grower will also be bring to lower GHG emissions , improved atmosphere quality and repress environmental defilement from atomic number 7 race - offs .
In summation , technology desegregation will streamline farming practices , promoting sustainable farming and resilience , whilst the introduction will drive the biocontrol and biofertilizer sector forth , encouraging a shift from synthetical to bio - establish resolution .
The project align with UK and EU regulatory commitments to cut synthetical fertilisers by 20 % by 2030 and supports sustainable exploitation end ( SDGs ) such as Zero Hunger , Good Health and Wellbeing , Responsible Consumption and Production and Life on Land .
labor planIn the earlier stages of the project , partners will focus on developing , optimizing and validate formulations for the bacterium syndicate , ensuring their stability , efficacy and ease of software .
The two main formulation types to be focused on are WDG and Encapsulation . Lab tests will comprehensively evaluate the effectiveness of WDG and encapsulated PGPR formulations in promoting plant growth , enhancing nutrient uptake and ameliorate stain and industrial plant health . This rating includes measuring seeded player germination , plant life biomass , nutrient uptake , grime microbic activity , soil wellness indicator and plant life strain tolerance under controlled conditions . Later in the project the partners will look at prove formulation sprayability and this body of work take to evaluate nebuliser equipment characteristic , droplet size of it and droplet deposition on leaf from formulations received earlier in the project . The project combines cutting - boundary expertise with conventional atomiser to assess atomizer gadget characteristic and uses fresh technology to chip in to an groundbreaking approach shot . During the labor , field trials will be conducted for alimentary management with an aim to evaluate WDG and encapsulate biofilm biofertiliser formulations across various crop for efficaciousness and phytotoxicity at commercial farm over years two and three . The trials will value strawberries for their payoff , caliber and health ; potatoes for their yield , size and vigour ; wheat for its yield , summit and disease electric resistance ; and ornamentals for their growth , efflorescence and esthetics , compare to survive solutions . Dr Minshad Ansari , CEO and Founder of Bionema Group , as the lead SME partner for the Biofilm Biofertiliser labor , said : " The Biofilm Biofertiliser project represents a significant step towards a more sustainable and resilient agrarian hereafter . By desegregate cut - edge biofilm technology with UK - specific microbic solutions , we endue farmers and growers to reduce their trust on synthetic plant food while enhance filth health and harvest productivity" . “At Bionema , we drive design in biocontrol , biostimulants and biofertilisers , ensuring that sustainable farming answer are efficient and economically feasible for farmers and agriculturist . “This coaction , supported by Innovate UK , brings together the expertness needed to translate nutritive management and prepare new standards for environmentally responsible agriculture . “Kris Wadrop , Managing Director Materials at CPI , said : " At CPI , we are committed to driving institution in sustainable agribusiness by hold the development , scale - up and commercialisation of find technologies” . “The Biofilm Biofertiliser project is an exciting opportunity to get a game - change solution that enhance stain health and reduces trust on synthetical fertilisers” . “By leverage our expertise in engineering biota , preparation science and innovative manufacture techniques , we aim to aid bring this novel biofertiliser to market , supporting UK farmers in adopting more sustainable and generative husbandry recitation . “Richard Glass , Innovation Lead at the UK Agri - Tech Centre , say : " This projection will provide critical support to sodbuster aiming to increase both the economic and environmental sustainability of crop production by reducing reliance on synthetic nitrogen fertilizer” . “This would let a reduction in the cost of crop inputs in addition to reduce the carbon footprint of the cropping system . There are added benefit with decreased arena emission of GHG associated with synthetic fertiliser and better soil health . "
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