Tim Fargo [Entrepreneur, Autor]
These and similar questions are coming up more and more frequently among our customers. Considerations regarding the effects of a product on the environment are now common and require precise and standardised evaluation methods - called Life Cycle Assessment (LCA).
Submission of standard-compliant sustainability effort based on a scientific, standardised evidence method.
Transparent internal and external communication based on solid results.
Identification of savings and optimisation potential through early determination of ecological weaknesses, as well as a tool for analysis of all relevant environmental effects of your corporate processes and for solid support for decisions for the most environmentally friendly product and process version.
We offer individual advice in order to offer an optimally coordinated analysis for you and your products, processes or services. This way, we can support you in the best way and implement your wishes in a targeted manner. We will support you with every step so that you can reach your goal quickly and securely.
Demand determination, introduction and consulting
Life Cycle Assessment according to ISO EN 14040/44
Short-term study, screening, hot-spot analysis
Material balance, data record compilation
Thank you for the very good cooperation, we can only say that the investment was worth it".
Gunther Plötner (founder, project manager and responsible for research and development):
"With our concept, we at PolyCare want to counteract social emergencies by providing affordable living space while at the same time acting in an environmentally conscious manner. EurA AG, under the direction of Dr. Denise Ott, has therefore commissioned us to develop an LCA.
Initially, however, there were also sceptical questions in the room: "Does an LCA bring us further - isn't that just scientific satisfaction / what for statisticians and authorities - does the scientist understand the problems of practitioners?
This scepticism was systematically taken away from us by Denise Ott and the EurA team. With their technical understanding, our focus was recognized and understood, the scientific investigations and evaluations not to lead separate from the facts and possibilities of practical feasibility.
Professor Mathias Seitz (Hochschule Merseburg (FH))
"In the course of studies Green Engineering - Designing Sustainable Processes at Merseburg University of Applied Sciences, Dr. Ott was invited as a guest lecturer in the subject of life cycle analysis. Her lecture was refreshing, practice-oriented and explained the importance of LCAs in product development in a wonderful way! The students were able to gain valuable impressions of what LCAs can be used for. Dr. Ott's lecture was the highlight of the series of events".
EurA AG was included in the Thuringian Sustainability Agreement for the first time on the basis of Grunf of the voluntary sustainability services described above. The Thuringia Sustainability
Agreement is a voluntary agreement between the Thuringian state government and the Thuringian business community. It brings together politics, administration and business, particularly in the
areas of climate and environmental protection, resource conservation, energy efficiency and social sustainability. Under the agreement, companies from Thuringia that operate sustainably
The Thuringia Sustainability Agreement is funded by the Free State of Thuringia through the Thuringian Ministry for the Environment, Energy and Nature Conservation and the Thuringian Ministry for Economics, Science and the Digital Society.
The certificate was presented to EurA AG on 15 November 2018 at the Thuringian Environment Day in Rudolstadt. EurA AG is thus participating in the agreement until 2021 and intends to continuously improve and further develop its sustainability performance during this period in order to fulfil its responsibility for society and the environment.
Lemna-Hermetia - Resource-saving, energy-efficient production of biomass from "Lemna" duckweed for the production of biological raw materials for the food industry and animal production.
Duration: 01.01.2018 – 31.12.2019
Project partners: TERRA URBANA Umlandentwicklungs-GmbH, Bio.S Biogas GmbH, Technische Universität Dresden (Institute of Zoology)
Aquacultures should avert overfishing of the seas and sustainably safeguard fish requirements in the food sector. However, the breeding animals are fed with fishmeal derived from wild stocks. In order to operate aquacultures sustainably, a combination with alternative and/or secondary raw material and energy sources is indispensable. Within the scope of the project, an integrated aquaponics model for urban sites is to be developed, optimized and scaled on a large scale, which efficiently combines waste and environmental service concepts in one production system. At the same time, the value chain produces high-quality, market-accessible raw materials for the food industry and animal production.
The research and development activities of the partners are to be accompanied right from the start by ecological and economic life cycle analyses in order to determine both the most environmentally friendly and the most cost-effective product variant and to pave the way for subsequent certification efforts. Only then can the foundation stone "sustainable alternatives to fishmeal" be laid.
In addition to project coordination, EurA AG takes on the tasks of project-accompanying ecological and economic evaluation.
The result: extraction of sustainable products
The development idea of this project is to produce an optimized fish food from Hermetia Illucens larvae and duckweed (Lemna) sustainably and in an inline circulation system without significant land consumption. In addition to the development of the plant and large-scale technical demonstration, the innovative content of the project lies to a large extent in the optimisation of the fish feed. In addition to a protein-rich fish feed made from Lemna and Hermetia dry matter, other high-quality products leave the production system as required for use in the food industry and animal production: Hermetia dry or live feed, defined and controlled nutrient solutions for hydroponics, Lemna biomass as green fodder or Lemna biomass as starting material for obtaining the raw materials starch, protein and cellulose fibres.
The project is part of the "KMU-innovativ" funding initiative (funding code: 033RK048E). The initiative supports small and medium-sized enterprises in the development of innovative technologies and services for improved resource and energy efficiency.