Partnership References

Having more than 10 years’ experience in the field of water solutions we are proud of our significant and marketable domestic and international references and project portfolio. We are present in 4 continents in 25 countries, with our projects we serve more than one million people worldwide.

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Ventus Subotica

Ventus Subotica

Intro

Biofilter container in Subotica = odorless waste management

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Industrial WTP Mélykút

Industrial WTP Mélykút

Intro

Hungarian expertise at an industrial wastewater treatment plant

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ReWater container

ReWater container

Intro

ReWater container – drinking water even from pre-treated wastewater

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Covasna leachate treatment system

Covasna leachate treatment system

Intro

Our task was the design and implementation of a municipal landfill leachate treatment containerized system in Romania with the capacity of 115 m3/d

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Oradea leachate treatment system

Oradea leachate treatment system

Intro

Our task was the design and implementation of a municipal landfill leachate treatment containerized system in Romania with the capacity of 120 m3/d

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Stara Zagora leachate treatment system

Stara Zagora leachate treatment system

Intro

Our task was the design and implementation of a municipal landfill leachate treatment containerized system in Bulgaria with the capacity of 150 m3/d

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Veliko Tarnovo leachate treatment system

Veliko Tarnovo leachate treatment system

Intro

Our task was the design and implementation of a municipal landfill leachate treatment containerized system in Bulgaria with the capacity of 80,5 m3/d

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Stormwater management at LEGO factory

Stormwater management at LEGO factory

Intro

Stormwater retention with corrugated steel spiral tube technology resulted in the draining of the rainwater falling down on the factory site.

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Stormwater management at NEXEN factory

Stormwater management at NEXEN factory

Intro

1200 m3 corrugated steel pipes had been installed in NEXEN TIRE Plant in the Czech Republic that came into operation in 2018 and as a main production base of NEXEN TIRE in Europe for global production system.

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Stormwater management at Apollo Factory

Stormwater management at Apollo Factory

Intro

Our task was to deliver the underground ductile pipes and fittings needed for the factory’s public utility and road construction work, the associated fire-fighting systems and the spinkler connection of the buildings

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Stormwater infiltration at Budapest ZOO

Stormwater infiltration at Budapest ZOO

Intro

Complex solution to solve the stormwater problem of the Zoo. We used infiltration boxes (333m3) and thanks to this solution, water gets directly to the root area of the vegetation.

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Sustainable local sewerage network

Sustainable local sewerage network

Intro

A new wastewater treatment plant was built in the city. The plant is serving the agglomeration as well (7 settlements) and the network that connects the cities had been built by clay pipes provided by Pureco

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Odourless wastewater treatment

Odourless wastewater treatment

Intro

VENTUS biofilters from Pureco (7 500 m3/h) have been built in for the wastewater treatment plant of the city, to treat of the odour air coming from the mechanical pre-treatment building, the sludge thickening and the sludge dewatering buildings as well.

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The remediation of the leather factory at Simontornya

The remediation of the leather factory at Simontornya

Intro

Our company, based on the preparatory studies, licensee plans, field measurements and laboratory experiments, developed a complex water treatment process, created its construction plans, built it and is currently operating the water management system, treated groundwater with the capacity of 500 m3/d

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Dunafin Kft., Industrial wastewater treatment

Dunafin Kft., Industrial wastewater treatment

Intro

The management of the Dunafin paper manufacturer company decided to implement a new industrial wastewater treatment plant with the hidraulical capacity of 5000 m3/d.

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Gyomaendrőd wastewater treatment plant

Gyomaendrőd wastewater treatment plant

Intro

The existing, obsolete wastewater treatment plant could not provide an acceptable reduction of pollutants, so an EU co-financed project was started in order to design and construct a new technology (1860 m3/d), which securely fulfills all water quality requirements.

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Urban water treatment plant in Yekaterinburg

Urban water treatment plant in Yekaterinburg

Intro

BDL Ltd. and Pureco Ltd., in cooperation with Pólus Ltd., are cooperatively executing the design and construction of the municipal wastewater treatment plant in Yekaterinburg (Russia) – near the Akademiceskaya residential area with the capacity of 15 000 m3/d.

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Nagyatád, spetic water handling

Nagyatád, spetic water handling

Intro

BDL designed the card identification system for the septage vacuum trucks, including on-line pH quality control, with automatic discharge valve control.

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Pilisvörösvár wastewater treatment

Pilisvörösvár wastewater treatment

Intro

The existing, obsolete, hydraulically and biologically overloaded wastewater treatment plant could not provide an acceptable reduction of pollutant levels, and it became an obstacle to the development of the settlement (prohibition of new house connections) by the capacity of 200 m3/d.

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Pilisszántó wastewater treatment

Pilisszántó wastewater treatment

Intro

The settlement was in need of urgent canalization, because the ground and other nearby water bodies are sensitive to nitrate contamination. In order to protect the local environment an EU co-financed project was started, and BDL was selected to complete the permit and detailed design phases

Wastewater treatment plant in Iraq

Intro

BDL was awarded to carry out the below listed tasks for the refurbishment and extension of an existing wastewater treatment plant. The concept should have been created in a way to handle the load caused by the continuously and progressively increasing population count, so it should provide flexible operational alternatives for the present circumstances, and for the predicted double capacity (for 9308 m3/d) need as well.

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Szentendre - wastewater treatment

Szentendre - wastewater treatment

Intro

After the existing mechanical treatment phase, an automatically controlled weir provides the even load of the newly designed technology. The aerobe activated process provides ammonium and organic matter reduction, and tertiary treatment.

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Watewater Treatment Plant of Tata

Watewater Treatment Plant of Tata

Intro

During the extension of the obsolete old treatment plant, practically a whole new technology was implemented, in addition a new main pumping station was designed and constructed. BDL was selected to complete the permit and detailed design phases. The project meant a huge improvement in operational stability, and pollution reduction. 6000 m3/d capacity.

Xellia, design of industrial wastewater pre-treatment facility

Intro

The existing wastewater treatment plant should have been intensified, because the owner, Xelia Pharmatuticals started  manufacturing a new product, and the organic contaminant part of the wastewater was predicted to double.

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Wastewater treatment in Kumasi

Wastewater treatment in Kumasi

Intro

Complex mechanical pretreatment unit, chemically aided primary settlement,biological treatment, sludge dewatering, disinfection

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Wastewater treatment in Bonyhád

Wastewater treatment in Bonyhád

Intro

Complex mechanical pre treatment unit, septic water reception, biological treatment (BIOCOS technology), sludge dewatering, disinfection

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Wastewater treatment in Csömör

Wastewater treatment in Csömör

Intro

Our task was to desing the mechanical pre treatment unit, biological treatment, sludge dewatering, disinfection with the capacity of 1500m3/d wastwater treatment plant.

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Wastewater treatment in Pusztaszabolcs

Wastewater treatment in Pusztaszabolcs

Intro

Our task was to design the mechanical pretreatment unit, biological treatment (BIOCOS technology), sludgedewatering, disinfection to the wwtp with the capacity of 700 m3/d

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Wastewater treatment in Dunaalmás

Wastewater treatment in Dunaalmás

Intro

Our task was to design the mechanical pretreatment unit, biological treatment (BIOCOS technology), sludgedewatering, disinfection to the wwtp with the capacity of 610 m3/d

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Wastewater treatment in Nádasd

Wastewater treatment in Nádasd

Intro

Our task was to design the mechanical pretreatment unit, biological treatment (BIOCOS technology), sludgedewatering, disinfection to the wwtp with the capacity of 250 m3/d

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Wastewater treatment in Ivánc

Wastewater treatment in Ivánc

Intro

Our task was to design the mechanical pretreatment unit, biological treatment (BIOCOS technology), sludgedewatering, disinfection to the wwtp with the capacity of 300 m3/d

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Wastewater treatment in Hegyfalu

Wastewater treatment in Hegyfalu

Intro

Our task was to design the mechanical pretreatment unit, biological treatment (BIOCOS technology), sludgedewatering, disinfection to the wwtp with the capacity of 290 m3/d

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Wastewater treatment in Kölcse

Wastewater treatment in Kölcse

Intro

Our task was to desing the mechanical pre treatment unit, biological treatment, sludge dewatering, disinfection with the capacity of 260 m3/d wastwater treatment plant.

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Wastewater treatment in Dunaföldvár

Wastewater treatment in Dunaföldvár

Intro

Our task was to design the mechanical pretreatment, DAF flotation, sludge dewatering to an industrial WWTP with the capacity of 1440 m3/d)

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Wastewater treatment in Nagykálló

Wastewater treatment in Nagykálló

Intro

Our task was to design the mechanical pretreatment, bio P removal, biological treatment, disinfection, sludge dewatering, sludge composting system to a communal WWTP with the capacity of 1500 m3/h.

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Wastewater treatment in Gyöngyös

Wastewater treatment in Gyöngyös

Intro

Our task was to design the mechanical pretreatment, primary clarification, biological treatment, disifection, anaerobic sludge digestion, sludge dewatering system to a communal WWTP with the capacity of 11 500 m3/h

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Wastewater treatment in Sárvár

Wastewater treatment in Sárvár

Intro

Our task was to design the mechanical pretreatment, primary clarification, biological treatment, disinfection, sludge thickening system to a communal WWTP with the capacity of 6000 m3/d

Preparation of long-term replacement plan for state-owned water utilities

Intro

The replacement plan focuses on the objects and object groups, which is structured an asset inventory, by settlements. Identifying, defining object groups, technical data, condition data, expected lifetime, error statistics, etc. of each objects of whole public utility service area.

Public utility asset evaluation of the municipality-owned water public utility, operated by the Regional Water Works

Intro

Standardized, actual and complete utility inventories for the whole water utility system. Structured technical and economic data of all assets. The creation of an organized, uniform database from heterogeneous data sources. Provision of often missing current technical information. Calculating the real replacement coverage in order to determine the exact prices/tariffs for the existing water utility systems (water and wastewater tariff) Determinate of asset value.

Integrated Public Water Utility Database

Intro

Contribution of the integration rolling development plans, asset evaluation data into an common registration system, supporting regulatory control activities

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Market introduction of oil and grease separator

Market introduction of oil and grease separator

Intro

Construction of water treatment plant having daily capacity of 10,000 m3, a pipeline system of cca 220 km, providing fresh, drinking water for 11600 households of 10 villages.

Preparation of preliminary environmental impact assessment of the planned activities included in the KÖZOP-2..5.0-09-11-2011--000 project called "Implementation of Inland Navigation Route Informtaion System"

Intro

The National Association of Radio Distress-Signalling and Infocommunications at the involved harbours planned to install waste takeover points and waste management facilities for the wastes generated on the ships. The project amied to elaborate a preliminary environmental assessment documentation and get it through the official process. Capacity: 45 tons/year waste

Berhida Industry Site Remediation of Polluted Areas

Intro

Berhida Industrial Plant Contaminated Area Remediation -Providing technical expert responsibility for the Project Management Organization during the execution of the works. Capacity: 1,3 hectar remediated area

Tourism and sport development of the surrounding of Kisköre Hydroelectric Power Plant - preparation of the licensing design documentation for the slalom kayak canoe course

Intro

A new artificial wild water kayak track is planned at the Kisköre Dam.The main elements of the sports facility designed at the level of the licensing plan were: Water inlet channel channel, slalom slopes (2pcs), starting and arriving lakes, returning canal, spectator area, steep slope, traffic areas, road network and bridges, clubhouse, parking. The VKI 4.7 analysis was used for water installation authorization. Capacity: 12 m3/s water abstraction, 745 m whitewater channel

Vientiane Sanitation and Purification Programme – Preparation of chapters 6 to 11 of the feasibility study and final codification

Intro

The project aims to achieve a cost-effective, economically feasible, well-functioning, environmental, energy and financially efficient wastewater treatment and to preapre the feasibility study of a Wastewater Treatment Plant (WWTP) in Vientiane. The wastewater treatment plant must be able to clean the appropriate standards according to the relevant standard. The feasibility study examines the applicability of different cleaning alternatives. Capacity: new 20.000 m3/d WWTP

Baseline design for sewerage of Vientiene PHASE1

Intro

Formation of the catchment areas of the area of Vientiane Phase I. After the formation of the catchment areas, the representation of the tracks of the main collectors, collectors and branch lines, indication of the expected position of the required lifters, taking into account the presumed location of the wastewater treatment plant. Processing and checking the water consumption data, level-based hydraulic calculation of the sewerage network. Capacity: 245 km sewer system

Rába river survey

Intro

Preparation of the water quality lengh profile of the river Rába. On the basis of the chemical and biological tests carried out and other test results made available introducing the loadability of the river and the measures necessary to maintain good ecological status. Capacity: 45 sampling point

Planning and preparatory works of the development of Győr-Gönyű civil harbour

Intro

Mouth works have been planned (ship lock, dam) in the Mosoni-Danube which aims at increasing the Mosoni-Danube water level and rendering way for the navigation traffic. Environmental impact assessment, feasibility study, water licence and tender documents were prepared. Capacity: planning water level rehabilitation by moving 600.000 m3 material, ship lock for ships with a carrying capacity of more than 1350 tons

Feasibility Study on Long-term Treatment, Disposal and Utilization of Sewage Sludge in Budapest

Intro

In order to select the final and most appropriate solution for the complex treatment of sewage sludge from the Budapest wastewater treatment plants a feasibility study has been prepared. Our company examined the possibility of utilizing and disposing of the sludge, and proposed several long-term solutions, bearing in mind the possibilities of energy production and utilization. Capacity: 120 dry tons/day sludge

Application documentation for the EU funded project implementation of the Heves Regional Waste Management System

Intro

Preparation of the detailed feasibility study, cost-benefit analysis and application documentation for EU funded project implementation on the development of the Heves Regional Waste Management System. Main project components: extension of the landfill, mechanical and biological treatment facility, selective waste collection system and sorting facility. Capcity: 44 000 tons/year

Carring out strategic revision and preparing wastewater sluge handling and disposal concept (KEOP-7.9.0/12-2013-0009)

Intro

The project included the detailed evaluation of the present status of the wastewater sludge management in Hungary (Baseline Study), the setting of measurable targets (Strategic targets), the determination of areas and tools of measures (Strategic tools), the personal, professional, physical, financial and organisational conditions of the necessary measures, the implementation program and monitoring of the strategy and the principles of evaluation. Capacity: 179 378 dry tons/year sewage sludge

Construction of Upper Tisza flood protection system, Tisza-Túr reservoir- Preparatory phase - preparation the following plans: soil protection, forest development, public utility, expropriation, energy planning

Intro

As part of complex preparatory planning, the following sub-tasks has been prepared: soil protection plan, forest demand plan, public utility plans, expropriation plans, cultivation change procedure, reservoir registration,spatial planning of the settlements, concept of solar energy utilization (design the necessary license plans). Capacity: 350 pieces of land, 11 km gas pipeline, 800 m optic cable, 400 m drinking water pipeline, 400 m sewer, 150 kW solar power

Metal recovery from wastes by biohydrometallugical means

Intro

A research and development task to extract the metal content of various wastes. During the work, we carry out laboratory and semi-industrial experiments with nearly 15 kinds of waste. Optimal conditions for biological metal extraction are determined and chemical recovery of the recovered metals is performed. Capacity: sampling of 10 types of waste, developing methodology for semi-industrial experiment

Laos, Vientiane Water Treatment Project Appendix 2: Bill of Quantities – preparation of 5.4. chapter (WWTP Consultancy services. Legal background and administration), professional proofreading of co-authors' documents

Intro

The study describes the regulatory framework for water management in Hungarian environmental law, outlining the division of tasks between the various actors, specifying the financing tools related to water utility activities, and examining the legal instrument in force in Lao PDR. By comparing the current environmental regulations of the two countries, it makes suggestions for the development of legal regulations for the planned wastewater treatment system. Capacity: proposals for the improvement of wastewater legislation

Water management concept for Cape Verde

Intro

Developing a water management concept for Cape Verde, with particular emphasis on wastewater recycling. Capacity: population: 543 767