ALWESAL SCIENTIFIC LABORATORY

//about us

What does ALwesal Scientific Lab and Office do?

We provide analysis and inspection services for various environmental materials

These services help in assessing the quality of the environment, identifying sources of pollution, and taking the necessary measures to protect against harmful effects

//Our services

Our services

Environmental consulting office

Our laboratories provide a variety of environmental consulting services, which aim to help companies and institutions comply with environmental laws, protect the environment, and improve their environmental performance.

Why is environmental consulting important?

Environmental consulting has become more important than ever, due to increased environmental legislation, the rising cost of pollution, and increased environmental awareness among society.

Soil analyses

Soil analysis: Conducting a soil examination to determine its physical and chemical properties. This process is performed through specialized equipment, and aims to provide information about the suitability of the soil for agriculture, determine the nutritional needs of plants, and detect any potential problems or risks.

24-hour customer service

We at Al-Wisal Laboratory believe that customer service is an essential part of our success. Therefore, we are committed to providing excellent customer service to our customers, by:

Experienced Staff: We have a team of experienced and qualified staff, who are trained to provide the best possible service to our clients.

Doing scientific experiments

Conducting scientific experiments in the laboratory is an important part of scientific research. They allow scientists to test their hypotheses and collect data to better understand the world around them.

Why is conducting scientific experiments important?

There are many reasons why conducting scientific experiments is important, including:

Hypothesis testing: Scientific experiments allow scientists to test their hypotheses about how the world works. When a hypothesis is tested and found to be true, it provides support for the scientific theory on which it is based.
Conduct a scientific experiment in the laboratory
Data collection: Scientific experiments provide scientists with data about how the world works. This data can be used to create mathematical or analytical models that can be used to explain or predict the behavior of the world.
Development of new technologies: Scientific experiments can also lead to the development of new technologies. For example, scientific research in chemistry has led to the development of new medicines and new materials.

Event management

Event management plays an important role in the success of any event, whether it is a business, entertainment or social event. Event management includes a set of tasks and responsibilities, such as planning, organising, implementing and following up.

Why is event management important?

Event management is important because it helps ensure that the event runs smoothly and successfully. Benefits of event management include:

Ensure that the event meets participants' expectations.
Provide a consistent and efficient experience for all participants.
Controlling costs and risks.
Achieving the business objectives of the event.

Investment strategy

[Al-Wasal] Laboratory believes in the importance of investing in employees, technologies and infrastructure, in order to ensure the provision of high-quality services to our customers. Our investment policy aims to achieve the following objectives:

Improving the quality of our services: We invest in employees, technologies and infrastructure to improve the quality of our services, and provide the best possible experience to our customers.
Enhancing our efficiency: We invest in technologies and infrastructure to enhance our efficiency, increase productivity, and reduce costs.
Innovation: We invest in technologies and infrastructure for innovation, and develop new and innovative services for our clients.

Devices used

Some of the equipment used in the laboratory

ICAP PRO THERMO SCIENTIFIC

The ICAP PRO is a high-performance chemical spectrometry-mass spectrometer (ICP-MS) from Thermo Fisher Scientific. It is designed to analyze elements in a wide range of samples, including water, soil, air, food, and pharmaceutical products.

The ICAP PRO uses simultaneous spray chemical mass spectrometry (ICP-MS) technology, which has high resolution and sensitivity. The sample is introduced into the ICP-MS machine in the form of a liquid solution, and is analyzed by exposing it to an electric arc or laser beam. This excites the atoms in the sample, which are then separated based on their mass using a mass spectrometer.

CIRCULATION BATH

CIRCULATION BATH is a device used to keep the temperature of samples constant during experiments. The device consists of a basin filled with a liquid, such as water or oil, that is heated or cooled by a heat exchanger. The liquid is circulated in the basin using a pump, ensuring that the temperature of the samples remains constant throughout the basin.

FAITHFUL

The FAITHFUL is a high-performance DHT meter from Thermo Fisher Scientific. It is designed to measure the hydrogen density in a wide range of samples, including liquid and gases.

The FAITHFUL device uses absorption hydrogen density (HDT) technology, which has high accuracy and high measurement speed. The sample is introduced into the HDT device in gas or liquid form, and its hydrogen density is measured by infrared absorption measurement.

SPECTOMETER

A spectrometer is a device used to measure the energy emitted or absorbed by a substance. Spectrophotometers can be used to analyze a variety of substances, including chemicals, biological substances, solids, liquid substances, and gaseous substances.

There are many different types of spectrophotometers, which use different techniques to measure emitted or absorbed energy.

HPLC

The AZURA HPLC is a high-performance HPLC from Thermo Fisher Scientific. It is designed to analyze a wide range of compounds, including organic and inorganic substances. The AZURA HPLC operates using high-pressure liquid chromatography (HPLC) technology, which separates compounds by different movements along a chromatographic column. The chromatographic column consists of an absorbent material, such as silica or acrylamide, to which different compounds bind to varying degrees. Compounds are forced through the column by a moving fluid, such as water or methanol.