Que faites-vous si vous devez choisir une nouvelle technologie pour les services environnementaux ?

Selecting the right tech for environmental services can be a challenge. Let's prioritize! We can assess our specific needs, evaluate emerging technologies like real-time sensor networks for pollution monitoring and blockchain for waste traceability. By choosing wisely, we can harness innovation to maximize our environmental impact.

When making decisions about new and innovative technologies, it is important to consider the long-term. Will this solution be a passing fad, or does it have lasting power? Do you have the opportunity to see it in action or speak to someone already utilizing the technology to solve the same or a similar problem? Ask for evidence and data, and trust your gut.

I agree with the use of technology for environmental services as it has been an asset for environmental monitoring as well but choosing right technology for right reasons is always a dilemma tor many. Some people just stay away from adopting new technologies being idiosyncratic and stay to watch others who follow suit with results. Other people just rush into new technology and have bad results.

Identify Environmental Goals: Understand the specific environmental issues you aim to address, such as reducing pollution, conserving resources, or improving waste management. Stakeholder Input: Engage with stakeholders, including community members, environmental experts, and potential users, to gather insights and identify priorities.

While ground-breaking, disruptive technologies may always seem attractive, a practical approach is required in order to identify the solutions that your organization genuinely needs. Otherwise, the real value added by the new technology may not compensate its cost and the efforts required to adapt the established processes. This approach should revolve around both internal (core competences of the firm) and external (stakeholders needs) factors.

Technological Innovations: Stay updated on the latest in environmental technologies through journals, conferences, and industry news. Competitor Analysis: Look at solutions adopted by other organizations facing similar environmental challenges.

Look for technologies that have minimal impact on environment and contribute positively in sustainability efforts. Look for energy consumption, use of resources and waste generation and emissions. Would also look for case study, performance and research done on the technology. Evaluate the effectiveness of the technology. Does it meet the project requirements. Is it flexible if there is change in scope. It's viability and longterm performance. Assess the cost investment in the technology and ROI of the technology. Verify if it comply with environmental regulations or standards, which can lead to non compliance, loss of reputation, legal issue and fines.

I will need to make thorough and useful research on the new Technology, then assessing the effects on our Environment including life and properties. Then provide solutions to the negative effect on the Environment

Es importante tener siempre referencias del uso de las tecnologías que deseamos aplicar para nuestro proyecto, si cuenta con un programa de capacitación o guía del uso de la misma, si tiene un servicio de reparación o de mantenimiento, cuanto sería el costo por adquirir la tecnología y cual sería el costo de mantenimiento. De allí podremos realizar comparaciones entre una y otra, de esta manera, toda la investigación que realicemos para conocer que tecnologías tenemos disponibles, nos llevará siempre a tomar las decisiones más acertadas de acuerdo a las necesidades planteadas.

Environmental Benefits: Quantify the potential environmental impact, such as emission reductions or resource conservation. Lifecycle Analysis: Consider the full lifecycle of the technology, from production through disposal, to assess its overall environmental footprint.

One thing that I consider extremely necessary is to evaluate the impact and that the solution to the “problem” does not become a denser problem. Before establishing, it is necessary to see the possible impacts (which in any case will exist) and propose solutions to minimize the negative consequences of them.

Je pense que il faut bien spécifier les impacts a fin de trouver des solutions utile applicable et ne pas couteuse, il faut aussi intégrer toute personnes( citoyens, gestionnaires….)

Organisations must carefully consider the long-term environmental and operational impacts:- From an environmental standpoint, how will the new technology affect emissions, waste management, resource consumption, and other key sustainability metrics. Does it have the potential to significantly reduce the organization's environmental footprint? Can it help achieve compliance with current and future regulations? Operational side, scalability and adaptability are key. Can the technology accommodate growth and evolving business needs over time? Ultimately, considering environmental and operational factors is crucial to selecting transformative technologies that will deliver lasting value and help future-proof its operations.

Hay tecnologías que pueden parecer muy atractivas en cuanto a su accequibilidad, pero siempre hay que considerar, si la gestión de la misma, puede traer consecuencias ambientales. Es el caso de los estudios de monitoreo de calidad de agua, construir una estación fija, demanda una alta cantidad de recursos, si se quiere que esta estructura pueda soportar, el caudal del río en cualquier época del año. Pero si se emplea una tecnología menos costosa, con materias de mala calidad, posiblemente, el incremento del caudal del río arrastre dichas materias, y se convierte luego en contaminante para la vida acuática. Por tanto, evaluar el impacto que pudiera tener tanto el equipo, como el medioambiente, en cualquier época del año es indispensable.

Initial Investment vs. Long-Term Savings: Weigh the upfront costs against potential savings or benefits over time, including operational efficiencies and reduced environmental fines. Funding and Incentives: Explore grants, subsidies, and other financial incentives available for adopting green technologies.

Often the cost of energy is not prioritized when making remediation equipment decisions. Some technologies like thermal oxidizers, require three phase electrical power or large generator plus a ton of natural gas or propane to maintain 1500 degrees F in the combustion chamber. This can cost over $ 15,000 per month in energy alone. Depending on the soil conditions and the contaminate concentrations. Other technologies like carbon adsorption for low concentrations and flow, and Internal Combustion Engines for high concentrations may be a better alternative after factoring in the cost of energy.

It's important to look beyond just the initial purchase price and account for the full lifetime costs of the technology. This includes not only the upfront investment, but also any ongoing operational expenses such as maintenance, support, subscription fees, and the potential need for employee training. A thorough cost-benefit analysis is essential to determine if the technology will provide a good return on investment over time. The analysis should weigh the total costs against the anticipated benefits and productivity gains the technology is expected to deliver. Only by carefully evaluating both the costs and potential returns can an organization make an informed decision about whether a new technology is financially viable.

La comparación costo-beneficio va a ser un determinante a la hora de elegir tecnología y considerar el financiamiento. Ya que teniendo en cuenta las necesidades planteadas, se pueden conseguir los recursos económicos o el financiamiento necesario para la adquisición. Toda inversión es para un propósito, y el retorno debe ser comparable, no solo para ese único uso, si no para innumerables oportunidades similares.

La integración de nuevas tecnologías en los sistemas existentes es un paso crítico que no debe pasarse por alto en términos de sostenibilidad ambiental. Este proceso implica comprender tanto los aspectos técnicos de compatibilidad con la infraestructura actual como los impactos humanos, incluida la capacitación del personal y los cambios en los flujos de trabajo. Un plan de integración sin problemas puede marcar la diferencia entre una adopción exitosa de tecnología sostenible y un costoso paso en falso que puede tener repercusiones negativas en el medio ambiente.

Technical Compatibility: Ensure the new technology integrates smoothly with existing systems and infrastructure. Training and Adoption: Plan for the training of staff and stakeholders to facilitate adoption and effective use of the technology.

Sin dudas la adquisición de las tecnologías deben contar con un operador calificado, de no tener conocimientos es necesario la capacitación. Entre más personas estén capacitadas, mucho mejor se darán los flujos de trabajo y más personas podrán usarlo. Sin embargo, cuando una tecnología es tan compleja a la integración de otras herramientas, fácilmente se pierde la inversión. Por ello es bueno evaluar si la herramienta puede utilizarse con otras tecnologías o sistemas para evitar la des-actualización.

Performance Metrics: Establish clear metrics to evaluate the technology's performance and its environmental impact over time. Feedback Loops: Implement mechanisms for ongoing feedback and make adjustments as necessary.

Once a new technology has been implemented, it's crucial to closely monitor its performance to understand its true effectiveness and impact. Rather than simply relying on assumptions or projected benefits, organizations should establish clear metrics to track tangible improvements in areas like environmental outcomes, operational efficiency, or cost savings. Regularly reviewing these performance metrics will provide valuable insights that can guide necessary adjustments or optimizations to the technology's use. It may reveal opportunities to further maximize the benefits or uncover unexpected challenges that need to be addressed.

we will need to ensure the technology is safe to work in environment and with humans ,what is risk factors associated ,is it cheaper ,time consuming , will it enhance the business ,will it reduces manpower, also to ensure environmental laws is understood

Regulatory Compliance: Ensure the technology complies with all relevant environmental laws and regulations. Public Perception: Consider how the adoption of this technology will be viewed by the public and how it aligns with corporate social responsibility goals. Scalability: Assess whether the technology can be scaled up or adapted as your environmental services expand or evolve. Innovation and Flexibility: Be open to innovative approaches and flexible in adapting to new information or technologies that may emerge. Long-Term Vision: Align the technology choice with the long-term vision for environmental sustainability within your organization.