SMART CITIES

Energy efficient cities by refurbishing public buildings and incentivising renovation of private buildings where possible

ENERGY GENERATION AND DISTRIBUTION

Smart grid for electric generation, distribution, and consumption

BUILDINGS

New Buildings efficensy and incorporate smart solution and systems

TECHNOLOGIES

Use renewable energy technologies

MANUFACTURING

Smart production systems and distribution & logistics

MOBILITY

Sustainable transport and integrated infrastructures.

HUMAN BEHAVIOR

Changing Human Behavior towards Energy Saving

Environment Lab

News & Events

Barleti Institute for Research and Development successfully concludes International Project on Public Buildings

Barleti Institute for Research and Development, as a research Institute funded by Barleti University,…

Online training on Instrumental audit exercise

On 22nd  of June  2020 ENEA-s technician Patrizia Aversa organized an online training course…

Online training on Instrumental audit exercise

On 22nd  of June  2020 ENEA-s technician Patrizia Aversa organized an online training course…

Capacity Building _ Reehub

During the meeting  at Energy Regulatory Authority. Discussing about how to promote energy efficient…

Lab's Offer

We offer our services in a broad environmental areas:

  1. Biodiversity Lab. Biodiversity is organized at various levels, from communities and constituent species to genomes and genes. This diversity and its evolution are influenced by ecological opportunities and natural and sexual selection. Our lab consists of evolutionary biologists who study biodiversity, its complexity and interactions at various organizational levels, the selective processes that shape them, and the means to preserve biodiversity in temperate regions.
  2. Timber Lab: A consultancy unit offers a full range of services for structural engineering and timber constructions: structural analysis, diagnostic, in-situ tests and inspections, custom softwares development. In collaboration with the Associations of Engineers and Architects, Timber lab offers comprehensive training courses, which are aimed at educating designers and technical personnel about analysis and modeling of timber structures.
  3. Sustainable forestry: It is our objective to work towards improved forest governance and law enforcement and, ultimately, the sustainable management of the forests, as a means of realising their potential to support the eradication of poverty and contribute to sustainable, inclusive development.
  4. Pastures. Grasslands cover a very large portion of the earth’s surface and are important as a feed source for livestock, as a habitat for wildlife, for environmental protection and for the in-situ conservation of plant genetic resources. In both developed and developing countries, many millions of livestock farmers, ranchers and pastoralists depend on grasslands and conserved products such as hay and silage and on a range of fodder crops for their livelihoods. Rapid increases in human and livestock populations have contributed to increased pressures on the world’s grasslands, particularly in arid and semi-arid environments.
  1. Urban Design. We experience cities at many different scales, from singular buildings and spaces to neighborhoods and entire districts. This variety in the human experience of cities is why we are seeking to regenerate urban centers to create socially, environmentally, and technologically connected places for people. Connections are a key element to building communities that are lasting and adapt over time — incorporating a broad range of considerations that include context, site, culture, history, and knowledge.
  2. Urban Property Management. We offer a wide range of property management services, ensuring that all of your property needs are met. Our expertise spans from pre-development consultation to full-service property management, construction, installations and maintenance services. We aim to offer our clients a high-end service and peace of mind in knowing that their property investments are in good and capable hands. Our management expertise are refined by our dedication, quality workmanship, integrity, reliability and passion, which we continuously develop to ensure quality and efficiency of operations.
  3. Municipal solid waste (MSW) is the bulk of the waste that is created by household, industrial, and commercial activity. Our laboratory aims to help develop strategies aimed at reducing the amount of municipal waste production as well as strategies to further develop re-use, recycling, collection and disposal of waste. In doing so we will adopt and apply the urban metabolism approach to support the switch to a circular model where waste is considered as resource and reintegrated in the urban flow. The project will develop eco-innovative and gender-sensitive waste prevention and management strategies in cities with high levels of tourism in order to reduce the urban waste production and improve municipal waste management.
  4. Recycling: The waste hierarchy refers to the “3 Rs” Reduce, Reuse and Recycle which classifies waste management strategies according to their desirability in terms of waste minimization. Urban waste represents a largely untapped source of recyclable materials for production, reusable goods as well as a source of both heat and electricity when properly utilised in efficient waste-to-energy plants. Along with the numerous environmental and health issues caused by our consumption and disposal patterns, this must be addressed to help shape the liveable and sustainable cities of tomorrow.
  1. A “Green economy” is defined as low carbon, resource efficient and socially inclusive. In a green economy, growth in employment and income are driven by public and private investment into such economic activities, infrastructure and assets that allow reduced carbon emissions and pollution, enhanced energy and resource efficiency, and prevention of the loss of biodiversity and ecosystem services. The two main areas for the current work on Green Economy are:
    1) Advocacy of macro-economic approach to sustainable economic growth through regional, sub-regional and national fora
    2) Demonstration of Green Economy approaches with a central focus on access to green finance, technology and investments
  2. Soil contamination is caused by the presence of xenobiotics (human-made) chemicals or other alteration in the natural soil environment. It is typically caused by industrial activity, agricultural chemicals or improper disposal of waste. Assessing the ecological risk of contaminated soil, pesticide application, sewage sludge amendment, and other human activities leading to exposure of the terrestrial environment to hazardous substances is a complicated task with numerous associated problems.  In our laboratory, we try to answer the following questions:
    1). How to determine the ecological risk assessment of the soil
    2). To what extent do soil screening levels (over)estimate risk
  3. Agricultural residues are carbon-based materials generated as a byproduct during the harvesting and processing of agricultural crops. Agricultural residues which are produced during harvesting are primary or field-based residues while those produced along with the product during processing are secondary or processed based residues. They are usually fibrous, low in nitrogen and vary with geographical location. Process residues offer high prospect as an energy source. Chemical composition of any crop residue varies depending on several factors among, which may include species, age of residue or period of harvest, physical composition including length of storage and harvesting practices.
  1. The ‘Blue Economy’ is an emerging concept which encourages better stewardship of our ocean or ‘blue’ resources. The blue economy goes beyond viewing the ocean economy solely as a mechanism for economic growth. In the ‘business-as-usual’ model, large-scale industrial nations have seen the development of their ocean economies through the exploitation of maritime and marine resources – for example through shipping, commercial fishing, and the oil, gas, minerals and mining industries – often without a view to the effects their activities have on the future health or productivity of those same resources.
  2. Coastal Ecology. Coastal ecology Lab protects and restores ocean and coastal ecosystems by promoting watershed-based management, preventing aquatic pollution, managing ocean dumping sites, assessing coastal conditions, establishing effective partnerships and facilitating community-led science-based efforts. These programs help to ensure clean and safe waters that sustain human health, the environment and the economy.
  3. Remote Sensing for Coastal and Ocean Applications. This lab offers of remote sensing for coastal and ocean applications. This will include a background in aquatic remote sensing, data access and tools for processing and analyzing imagery, and examples and live demonstrations of applied science tools.
  4. Maritime Transport has been a catalyst for economic development and prosperity throughout its history. Maritime Transport enables trade and contacts between all European nations. It ensures the security of supply of energy, food and commodities and provides the main vehicle for European imports and exports to the rest of the world. Overall, maritime industries are an important source of employment and income for the European economy.
  5. Marine Biodiversity. Marine biodiversity is an aggregation of highly inter-connected ecosystem components or features, encompassing all levels of biological organization from genes, species, populations to ecosystems, with the diversity of each level having structural and functional attributes. Further, marine biodiversity, or any of its components, can be assessed at various temporal or spatial scales. A conceptual model of marine biodiversity and its interpretation therefore depends on the questions being asked, which of the different components are emphasized, and the information and understanding available, especially of the connectivity and feedbacks in the system.

EXPERT AND TECHNICAL

Our highly qualified and professional staff will work diligently to get your quality analytical data reported as quickly as possible.  Our clients are very familiar with our reliable results and quick turnaround time.  We welcome your business and look forward to adding you to our growing list of satisfied customers.

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EQUIPMENT AND TECHNOLOGY

INDOOR AIR QUALITY METERS

Indoor air quality control requires reliable instruments that produce accurate, consistent results. TSI manufactures and distributes the highest quality instruments designed to measure air quality and to identify CO and CO2 gases.

TSI’s IAQ-Calc™ Indoor Air Quality Meters are outstanding instruments for investigating and monitoring indoor air quality (IAQ). The Model 7515 is a cost-effective IAQ meter for carbon dioxide (CO2) measurements. The Models 7525 and 7545 simultaneously measure and data log multiple parameters. The Model 7525 measures CO2, temperature, humidity, and calculates dew point, wet bulb temperature and percent outside air. The Model 7545 adds detection of carbon monoxide (CO).

We also carry Q-Trak IAQ monitors that simultaneously detect CO, CO2, temperature and humidity. Monitors are designed to calculate dew point, wet bulb and percent air outside.

Contact TSI to learn more about indoor air quality monitoring and CO2 level testing equipment. We can help you maintain a safe, healthy and energy efficient workplace.

P-TRAK ULTRAFINE PARTICLE COUNTER 8525

P-TRAK ULTRAFINE PARTICLE COUNTER 8525

The P-Trak Ultrafine Particle Counter Model 8525 measures workplace ultrafine particulate levels,…

Q-TRAK INDOOR AIR QUALITY MONITOR 7575

Q-TRAK INDOOR AIR QUALITY MONITOR 7575

Q-Trak Indoor Air Quality Monitor Model 7575 provides quick, accurate information to assess key…

IAQ-CALC INDOOR AIR QUALITY METERS 7545

IAQ-CALC INDOOR AIR QUALITY METERS 7545

The 7545 IAQ [email protected] measures and data logs multiple parameters, including CO, CO2…

IAQ-CALC INDOOR AIR QUALITY METERS 7515

IAQ-CALC INDOOR AIR QUALITY METERS 7515

The 7515 is a cost-effective IAQ meter for carbon dioxide (CO2) measurements.

CODPlus PORTABLE COLORIMETER

CODPlus PORTABLE COLORIMETER

Portable colorimeters for measuring a wide variety of samples.

FEATURES:

  • Simple Menu Driven Display
  • Pre-Programmed Tests, User Tests
  • Automatic Wavelength Selection
  • Large Display Screen

ProLab 1000 BENCH TOP pH METER

ProLab 1000 BENCH TOP pH METER

Professional bench top pH meters for laboratory analysis.

FEATURES:

  • Automatic user identification
  • Automatic sensor recognition
  • Reliable and precise measurements
  • Fast and easy GLP compliant documentation

MultiLab 4010-2W

MultiLab 4010-2W

Features of the MultiLab line:

  • Input for pH, ORP, DO/BOD (optical or polarographic), or conductivity sensors
  • ISEs with BNC connection can be connected to the MultiLab 4010-2W and 4010-3W with an adapter (108132Y)that converts one digital input to an analog BNC input (i.e. only one ISE can be connected)
  • Built-in OUR/SOUR software on the MultiLab 4010-2W and 4010-3W
  • Wireless sensors available for the MultiLab 4010-1W, 4010-2W, and 4010-3W
  • Data storage – 500 data sets in manual mode and 5,000 (MultiLab 4010-1W) or 10,000 (MultiLab 4010-2W and 4010-3W) data sets in automatic logging mode
  • Large, easy to read graphic display
  • Color screen and antibacterial keypad on MultiLab 4010-2W and 4010-3W instruments
  • Intelligent, digital sensors – plug and play connectivity
  • GLP traceability (sensors store serial # and calibration data)
  • Durable electrode stand included

PH10A DIGITAL pH METERS

PH10A DIGITAL pH METERS

Digital pH meter for field measurements.

FEATURES:

  • Graphic display with on-screen instructions
  • 50-set memory (pH, temp, date and time stamp)
  • Automatic calibration and buffer recognition
  • IP67 waterproof housing
  • User-replaceable single- or double-junction electrodes

PHYSICAL SPACE

Our Environmental laboratory offers a physical space which accommodates different equipment and  plenty of space for our experts and laboratory technicians.

SERVICES

BARLETI Environmental lab (BEL) specializes in environmental laboratory services including testing, analysis, and research in areas of surface water, wastewater treatment, disinfection efficacy, microbial detection and identification. BEL was established in 2019, and has grown since that time in both size and in the variety of services we offer and has continuously provided quality analysis for industries, institutions, engineers, and consultants.

With a focus on quality, BEL maintains a state-of-the-art level 2 environmental laboratory capable of analyzing a wide range of samples associated with environmental systems. Our analysis capabilities include classical methods as well as and molecular biology techniques. Proficiency testing is performed constantly by all members of the laboratory on all accredited parameters. Internal verification of analytical methods is also performed by comparison of results obtained between analysts and through duplicate analysis of samples.

We will continually improve the quality of our services through the implementation of a quality management system and ongoing training of our employees. Our objective on all projects is to meet and exceed the expectations of our clients by providing quality services in a responsive, safe, and cost-effective manner.

BEL Environmental Services is compliant with accreditation by the Albanian AccreditationAgency, which ensure the laboratory carries out testing and equipment calibration activities that are in accordance with the ISO/IEC standard.

Barleti Environmental Laboratory (BEL) applies scientific principles to support regulatory programs, monitoring programs, and special projects. BEL:

  • integrate lab activities with field monitoring and quality assurance activities to develop a comprehensive approach to environmental programs, and
  • provide a full range of routine and specialized chemical and biological testing of air, water, soil, sediment, tissue, and hazardous wastes to support agency decisions and goals.

National Environmental Agency regulations are key to the Barleti Environmental Laboratory meeting its mission through performing analytical and other work that:

  • practices sound science,
  • implements the principles of environmental protection, and
  • promotes partnerships with local governments.

Applied science technologies and practices support the BEL’s programs. The Field Operations, and Quality Assurance programs also provide technical assistance and expertise within the agency and with external partners.

BUSINESS OFFER

Barleti Environmental Laboratory is a customer-oriented organization committed to providing the best services, the highest quality of analysis, and the most reliable and defensible data obtainable. The laboratory provide testing and laboratory consulting services on a commercial basis for environmental monitoring and assessment to ensure compliance to government regulations as well as water/effluent quality for industrial and domestic applications and a variety of other processes and products. The use of modern analytical techniques, high quality instrumentation, and sophisticated information management systems allows our laboratories to provide a wide range of services for industry and government.

The laboratory work space and facilities must be such that the workload can be performed without compromising the quality of work and the safety of the laboratory staff, other health care personnel, patients and the community.

When organizing laboratory work space, the laboratory will be divided into areas with different access control. Where samples are actually processed, plan for spatial organization that ensures the best service. For optimal organization of the laboratory, we’ll consider:

Ÿ Delineation of laboratory activities

Ÿ Location of service rooms

Ÿ Location of activities with specific requirements,

The analytical instrumentation in the facilities include: ICP-AES and ICP-MS, segmented flow autoanalyzers, Dohrmann furnace systems, liquid and gas chromatographs with various detector configurations, purge and trap and direct-injection GC/MS, ion chromatographs as well as other laboratory instrumentation. The sample preparation systems include various acid and solvent extraction apparatus, liquid-liquid and liquid-solid extractors (microwave, accelerated solvent extraction), crushers and pulverizers.

The Laboratory Information Management System (LIMS) is a specifically designed PC-based system using an SQL database. LIMS provides the laboratory with state-of-the-art sample registration and process tracking, quality control monitoring, and custom reporting/invoicing capabilities.

Laboratory’s services are performed by highly skilled professionals and technicians using industry accepted methods as specified by the Ministry of Tourism and Environment (MTE), the National Environmental Protection Agency (EPA), and other internationally-recognized bodies.

At BELwe’ve set up a smart laboratory. Digital data management is the first level of digitalization due to lower cost and simpler implementation. The idea is to use software tools to document, store, analyse, share and manage the experimental data in a digital form. The software solutions used here is Electronic Laboratory Notebook (ELN)

ELNs can store laboratory environment data, such as temperature, humidity, air pressure and light as well as environmental conditions in equipment where this is crucial, such as incubators and refrigerators. These data bring immediate value when optimising the assays and searching for reasons behind outliers. When the assay gets into routine use, environmental data can be used to troubleshoot the process.Automation is the next level of digitalization and brings the most value to the lab. The data flow from devices to the clouds, where they are automatically processed.

KNOWLEDGE & TECHNOLOGY TRANSFER

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Capacity Building and Training Programme enables people, communities and organizations to strengthen their capabilities to develop, implement and maintain effective sector services. Training can be provided through various approaches, including the organization of one-to-one technical support, mentoring, shadowing, workshops, exchange visits, and study tours.  Our capacity building programs are based on the most advanced knowledge management and adult learning principles. We provide training for various sectors and topics such measurement techniques, data collection, policy, monitoring and evaluation, grant proposal writing, etc.

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Barleti Environmental Laboratory is a customer-oriented organization committed to providing the best services, the highest quality of analysis, and the most reliable and defensible data obtainable.  The laboratory provide testing and laboratory consulting services on a commercial basis for environmental monitoring and assessment to ensure compliance to government regulations as well as water/effluent quality for industrial and domestic applications and a variety of other processes and products. The use of modern analytical techniques, high quality instrumentation, and sophisticated information management systems allows our laboratories to provide a wide range of services for industry and government.

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ACADEMY

edukimin dhe ndërgjegjësimin e publikut e të përdoruesve të energjisë, lidhur me nevojën dhe përfitimet nga reduktimi i konsumit joefiçent dhe joekonomik i energjisë; trajnimin dhe edukimin, që çon në aplikimin e teknologjisë dhe/ose teknikave të efiçencës së energjisë; organizon trajnime për përfaqësuesit e institucioneve qendrore, përfaqësuesit e autoriteteve vendore, audituesit e energjisë, si dhe menaxherët e energjisë mbi legjislacionin për efiçencën e energjisë, si dhe për masat për implementimin e këtij legjislacioni.

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The Energy Audit Program (AE) raises performance standards in energy auditing in buildings and industry and improves the practice of energy auditors through the application of national and international methodologies for calculating energy performance with innovative equipment. AEC is a 3-month training program for professionals who want to be trained in energy audit services in buildings and industry. This program is based on the practice and methodology of the Italian Agency for New Technologies, Energy and Sustainable Economic Development (ENEA). It aims to train professionals in the specialization of energy diagnostics of buildings, specialization in a system of systematic surveys, collection and analysis of parameters related to specific consumption and conditions of exercise of the building and its plants. Through the participation of researchers and experts from Italy, specifically from ENEA, the courses confirm an international character and contribute to the opening of the Albanian reality compared to the Italian and European experiences. At the end of the training, the participants who are evaluated positively are provided with the certificate of the Energy Auditor in accordance with the legislation in force.

The Continuing Training Course of energy manager is a qualification program for Albanian professionals. This 2-month training course, which concludes with an exam, offers a good practice for professionals who want to be trained in energy management services in buildings and industry. It aims to train professionals in the specialization of energy diagnostics of buildings, specialization in a system of systematic surveys, collection and analysis of parameters related to specific consumption and exercise conditions of the building and its plants defined as technical-economic assessment of energy flows. Through the participation of researchers and experts from Italy, specifically from ENEA – Italian Agency for New Technologies, Energy and Sustainable Economic Development, the courses confirm an international character and contribute to the opening of the Albanian reality compared to Italian and European experiences. At the end of the course and taking the exam successfully, participants are provided with a certificate.

CONSULTANCY & ADVICE

Technology expertise

We are prepared in offering technology expertise. Our staff is qualified and have the necessary knowledge about all the technology used for measuring campaign of energy efficiency. We are specialized in conducting the expertise in energy performance with the best technological equipment.

Commercial insight

Based on years of our company we have been orienting our activity toward commercial insights. We have the proper insight about the customer's business that re-frames the way customers assign value to the areas where the supplier acts.

Smart delivery

We offer our expertise in developing and validating new strategies for the sale and delivery of consumer products to the consumer, so that this process is more attractive to the client. We aim to reduce the need for simultaneous physical presence in both sales process and final delivery.

Creative development

We are focused in developing creative abilities through exploration, decision making and expression.

Planning

We are the first in planning activities to achieve a desired goal and result. It is our first and foremost activity to achieve desired results. We follow the progress toward the project goals and how far they are from their destination.

Project's life-cycle

We are specialized in following a project life cycle. We analyze and follow all the sequences of phases that a project goes through from its initiation to its closure. We are focus in predicting a projects life cycle, by defining its specifics at the start of the project, and we carefully address any alterations to projects scope.

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VIRTUAL PLATFORM

Our virtual platform offers online learning for anyone interested in the field of energy efficiency.

KONTAKT ME NE

ADRESA

Tiranë, Rruga e Kosovarëve,

(pranë Liqenit Artificial) Nd. 39, H.1, No.5, 1019

TELEFONI

+355 xx xx xx xxx

+355 xx xx xx xxx