Integrated engineering

In framework of Envihorizont LLC, Envirosan DC, senior expert Mr. euring Bela TOZSER, expert manager Mrs. Bettina SZABO

  • Climate-, environment-, and health protecting, bioenergetical, biotechnological and biorefinery Complex – Reg.Nr.: UNGM 237942/UNIDO, FAO, WIPO, EEN Nr.:13 HU 501S2 3S67 conform with state of the art of processes (growth of microalgae, archaea, callus, biomethanisation, pyrolysis)
  • Project cycle related complex engineering
  • Waters (thermal, sea, ocean, brackish, underground) water management, water rights conformity authorization
  • Industrial bioenergetics
  • Integrated climate and environment protection – zero carbon and low ecological footprints
  • Integrated engineering activity for bioenergetical and environmental investments
  • Energetical auditing and optimization of waste water treatment plants, stock breeder farms and industrial facilities
  • Organic waste treatment with biogas expansion and utilization
  • Bioconversion of CO2 and GHG with high added value
  • Integrated energetics and environmental protection planning, expertise, auditing
  • Environmental health
  • Environmental microbiology, biotechnology
  • IPPC licencing
  • Climate-, environment-, health protections
  • International technology transfer in the area of integrated engineering
  • Evaluation, monitoring reviewing of EU HORIZON 2020, Eurostar, COST projects
  • Laboratory testing and simulation

 

Specific activities

– Integrated multisectorial engineering activity in benefit of circular economy and sustainable development
– Designing, skills and project coordination activity
– Oversight of photobioreactors and complexes
– Measuring and testing on field
– Technology control and optimization

 

Main products of the Complex:

◾Microalgae, micro-organisms, yeasts, fungus; Medicinal, aromatical plant cells

◾Bioenergy and biofuel

◾Microfitobiomass; Archaea, stem cells

◾Electricity, heat, cooling energy, steam

◾Biodiesel, bioethanol, biorefinery products

◾Carbon quota production

◾Enzymes

◾Algae oils

◾Waste, wastewater bioremediation excipients

◾Biofertilizer

◾Pesticides

◾Biochar, bioresins, biopolymers

◾Functional food producing (independently, in mixtures, in extracts from microalgae, archaea and from vegetal and fungal cellular increments)

◾Production of C5, C6 sugar with versatile utilization

◾Animal feed, protected protein- and fat production for ruminant animals, fish- and crab feed, hatcheries, increase of spawn- and caviar production

◾Products with iodine content in case of nuclear radiation

◾Propagation of tribe-yeasts (wine-, beer-, fermentation, industrial yeasts)

◾Pharmaceutical ground materials for handful curable illnesses, strengthening the immune system, treatment of birth defects, fine-biochemicals, vegetal stem-cells from archaea, medicinal fungus, and herb cells produced in closed/sterile system

◾Balneal therapy, wellness products

◾Beauty-care, skin-care, biocosmetics

◾Biotechnological care of the crop, pest control

◾Complex utilization of carbon-dioxide stations (gas fields, mofettes, gasifier water) for high-end biotechnological development

◾Microalgae, archaea for space-traveling and submarines

◾Synthesis-gas-production, biomaterials, biopolymers, bio building blocks, bioresins

  • Project cycle related complex engineering: preliminary study, feasibility study, authorization planning, collaboration for authorisation with authorities, execution’s responsible heading, technical controlling, test running, optimisation of parameters, and authorization of final running, supervision in warranty and post warranty period
  • Waters (thermal, sea, ocean, brackish, underground) water management, water rights conformity authorization
  • Industrial bioenergetics (conversion of organic substances into biofuels and/or trigen energy sources and steam)
  • Integrated climate and environment protection with valorification of internal emissions-zero carbon emission and low ecological footprint
  • Integrated engineering activity for bioenergetical and environmental investments (technology- and energy audit, on-field measuring, expert, energetical efficiency expansion)
  • Energetical auditing and optimization of waste water treatment plants, stock breeder farms and industrial facilities
  • Organic waste treatment with biogas expansion and utilization
  • Bioconversion of CO2 and GHG with high added value (energetics and fertilizer producing; biomass production adaptable to pollution sources)
  • Integrated energetics and environmental protection planning, expertise, auditing
  • Environmental health
  • Environmental microbiology, biotechnology
  • IPPC-EKHE licencing, soil protection, liquid manure, biomanure placement license documents
  • Climate-, environment-, health protection commissioner of different waste water treatment plants, industrial factories, complexes hoteliers
  • International technology transfer in the area of integrated engineering
  • Assessment of environmental and energetical monitoring results of own and external laboratories
  • Life cycle, circular economicity, sustainability analysis of topics related projects
  • Evaluation, monitoring reviewing of EU HORIZON 2020, Eurostar, COST projects
  • Engineering education of students and PhD candidates

 

Overcoming the difficulties in stock breeder farms

  • Smell exoneration with biotechnological methods
  • Liquid manure and sewage treatment (carbonic-oxygenation, nitrification, denitrification) with combined biological-physical-chemical procedures
  • Particular or integral environmental verification
  • Field instrumentation for in-time monitoring of liquid manure or sewage
  • IPPC influence reduction of pollution
  • Environmental assignee work
  • Manage integrated environmental and energetical investments (organic waste treatment with biogas expansion and utilization)
  • Making of energy rationalization plans
  • Environmental damage prevention, soil-, subsoil-, water remediation
  • Agricultural- environmental-, energetical-, applications
  • Intensification of climate protection activity with the use of integrated complexes
  • Bioconversion of manure to energy
  • Production of high quality feeds in conformity of breading